Reviews
New York Post, April 4, 2018
WHY ‘2001: A SPACE ODYSSEY’ STILL HAS OUR ATTENTION 50 YEARS LATER
By Reed Tucker
-
When “2001: A Space Odyssey” premiered, its early audiences didn’t see the future. They saw red.
The film was shown on April 3, 1968, at Times Square’s Loews Capitol Theater for an invited audience of 1,500 studio executives, media bigwigs and celebrities, including Paul Newman, Gloria Vanderbilt and Henry Fonda.
As the two-hour-plus film unspooled, the crowd initially got restless, then could be heard booing and muttering, “Let’s move it along.” At intermission, the film’s director, Stanley Kubrick, looked shaken. Arthur C. Clarke, the great science fiction writer who developed the script, was crying.
An usher had been positioned by the door to count walkouts, and by the time the film was finished, 241 people had exited early.
Later that night, Kubrick held a party at The Plaza hotel, but he was hardly in a celebratory mood. After everyone had left at 3 a.m., he paced the room, chain-smoking and fuming to his wife, “My God, they hated it.”
Reviews, too, were brutal. The Village Voice sneered that the film was a “thoroughly uninteresting failure.”
But then a funny thing happened. The film opened to the general public, and they were fascinated by it, especially younger counterculture types.
Lines formed on opening day. A few weeks later, “2001” had raked in $1 million from just eight screens.
David Bowie’s 1969 song “Space Oddity” was inspired by a stoned screening.
“2001” celebrates its 50th anniversary this month and it appears time has been kind to it. It’s now considered one of the greatest films of all time. It’s visually stunning, deliberate to the point of being almost meditative, and tackles big ideas without spoon-feeding the audience answers.
“Part of the genius of the film and part of the reason we’re talking about it today is that it has a great deal of mystery in it,” said Michael Benson, author of the new behind-the-scenes book, “Space Odyssey: Stanley Kubrick, Arthur C. Clarke, and the Making of a Masterpiece” (Simon & Schuster).
Benson calls the film, which contains wordless sections filled with striking imagery, an “audio-visual experience.” The (thin) plot concerns the excavation of a strange monolith on the moon.
The discovery ultimately sends a team of astronauts (played by Keir Dullea and Gary Lockwood) to Jupiter, but their mission is sabotaged by an obstinate computer known as HAL.
Production of the film began with lofty ambitions. Kubrick, coming off the success of 1964’s “Dr. Strangelove,” wanted to make a movie about nothing less than “Man’s relation to the universe.”
The director sought out Clarke. The two spent weeks discussing ideas and a potential script, often in Kubrick’s penthouse apartment at Lexington Avenue and 84th Street, other times just wandering the streets of New York.
MGM ultimately agreed to make the film for a respectable $5 million.
“2001” had several potential titles, including “Journey Beyond the Stars” and “Farewell to Earth,” but Kubrick later settled on the winner in a nod to Homer’s epic poem “The Odyssey,” of which there are echoes in the movie.
Filming was set to begin in December 1965 at a British studio. Kubrick and his two lead actors were all afraid of flying, so they traveled by boat to Blighty.
“The most convincing film about space exploration ever made would be captained and crewed by groundlings,” Benson writes.
The film’s opening sequence was actually shot last, because it was so daunting. It is set at the “dawn of man,” as ape-like pre-humans battle over a water hole.
To play the lead ape-man, Kubrick hired mime Dan Richter, who had to learn to convincingly mimic the movements of Kubrick’s creatures and spent hours studying an ape at a London zoo.
Richter was also a heavy drug user. He had moved to Britain because the country recognized “legal addicts,” and during production, he was shooting a mixture of heroin and cocaine up to seven times a day under the care of a doctor.
One of the most harrowing shots involved a leopard leaping out of nowhere and attacking one of the apes. When it came time to shoot the scene, the actors and crew were still unnerved by the presence of the big cat — more so when they saw that Kubrick was directing from the safety of a metal cage.
The “Dawn of Man” sequence ends with one of the most memorable shots in movie history.
The ape-man discovers a strange black monolith. Touching it seems to give him knowledge of tools. He then picks up a discarded bone and uses it to beat a rival to death.
Afterward, he flings the bone away, the camera following as it spins through the air in slow motion.
The spinning bone then cuts to an oblong satellite, and the futuristic portion of the movie begins.
Kubrick was determined to make the film as realistic as possible, so he hired former NASA employees as consultants.
The special effects were groundbreaking. The most astonishing involved an astronaut appearing to walk around the inside of his cylindrical spaceship, across the ceiling, down the walls and back to the floor again.
The trick was accomplished using a wheel-like moving set known as the centrifuge. It was 38 feet in diameter, weighed 30 tons and cost $750,000.
“It was made by the same aviation company that made Spitfires during [World War II],” Benson said.
The set rotated along with the camera, while the actor walked in place, as if in a hamster wheel. The effect gave the appearance of an astronaut walking around the interior circumference of the spacecraft.
The shots in which an astronaut floats while on a spacewalk were done using old-fashioned wires. The actor was shot from below so his body hid the harness.
A stuntman filling in for Dullea was required to hang for hours. Kubrick didn’t allow airholes in the spacesuit, so a hidden tank provided 10 minutes of air.
The stuntman worked out a series of hand signals to indicate he was running out of air, but one day, the impatient Kubrick ignored him and the stuntman blacked out. Kubrick disappeared from the set for two days for fear of what the stuntman would do to him.
The film’s ending leaves many scratching their heads. Kubrick and Clarke struggled with it even late in production.
“The most extraordinary thing is that there was never really a finished script,” Benson said. “Kubrick and Clarke kept changing what would happen.”
Upon Clarke’s suggestion, the film ends with Dullea’s character finding another monolith orbiting Jupiter. It transports him through a trippy star gate to an ornate bedroom. He ages and dies before being reborn as a fetus hovering above Earth.
An earlier version of the final scene was to include a voiceover explaining that the monolith is a product of an alien race whose members have become “lords of the galaxy,” but the idea was scrapped.
What’s left is open to interpretation, although Clarke published a companion novel that fills in some of the details.
To many, this inscrutability is part of the film’s genius. It can mean different things to different people.
“Kubrick was asked in ’68 to explain his film, and he refused,” Benson said. “He essentially said, ‘What would we think if Da Vinci had written on the back of the Mona Lisa, ‘‘The lady is smiling because she has rotten teeth’’? He said, “I don’t want that to happen to ‘2001.’”‘”
Guardian, April 5, 2018
STANLEY KUBRICK 'RISKED STUNTMAN'S LIFE' MAKING 2001: A SPACE ODYSSEY
-
Director refused to stop filming as stuntman Bill Weston lost consciousness, new book claims
Stanley Kubrick is revered for pushing cinematic boundaries with his cult sci-fi classic 2001: A Space Odyssey. But, for art’s sake and an obsessive pursuit of realism, the director was prepared to endanger a stuntman’s life, a new book claims.
Bill Weston simulated weightlessness and zero gravity as an astronaut in the film’s extraordinary spacewalk sequences, but Kubrick refused to allow a second safety cable, despite the dangers of performing more than 10 metres (30ft) above a hard concrete floor.
Some of the most demanding scenes filmed at the MGM Studios in Borehamwood – now demolished – were shot without a safety net. Nor would Kubrick agree to the British stuntman having air holes punched into the back of his astronaut’s helmet, in case light was visible through the visor.
He also refused to stop filming even when he was warned that Weston was in grave danger, the book claims.
Weston realised that he was losing consciousness, with oxygen deprivation and carbon dioxide taking their toll. He mustered enough strength to extend his arms into a crucifix pose – an arranged signalling system for an emergency.
Weston, who died in 2012, is quoted in the book saying he will never forget hearing someone urging Kubrick that “we’ve got to get him back”.
Or, as he was passing out, hearing Kubrick ignore that warning, exclaiming: “Damn it, we just started. Leave him up there! Leave him up there!”
The extraordinary episode is revealed in the forthcoming book Space Odyssey: Stanley Kubrick, Arthur C Clarke, and the Making of a Masterpiece. It will be published by Simon & Schuster on 19 April for the 50th anniversary of the film’s release.
Its author, Michael Benson, included in depth interviews with Weston and the visual effects supervisor Doug Trumbull, who photographed the daredevil stunts, among others.
Kubrick’s masterpieces include Paths of Glory, one of the most powerful anti-war movies. It starred Kirk Douglas, who also played the hero in Kubrick’s Roman classic Spartacus. Kubrick was a supreme visual stylist with a perfectionist’s attention to detail.
2001 was so realistic that the Soviet cosmonaut Alexey Leonov, who became the world’s first spacewalker in 1965, said after seeing the film in 1968: “Now I feel I’ve been in space twice.”
Benson says that, decades before digital effects, the 2001 stunts “constitute an extraordinary, largely unsung moment in film history”.
Kubrick, like his lead actors Keir Dullea and Gary Lockwood, was afraid of flying. Yet the most complex shots of his film included Weston playing the dead astronaut Frank Poole, spinning lifelessly.
His stunts involved being suspended horizontally from wires connected to a drill motor against a black abyss of outer space recreated by vast curtains of black velvet.
But Kubrick did not make things easy. He insisted that Weston wore a wig that made his hermetically sealed spacesuit become all the more overheated.
More seriously, a small tank within Weston’s backpack contained only 10 minutes’ worth of compressed air. In his book, Benson writes: “Given the complexity of the shots, and the amount of time it took simply to remove the platform used to prepare the stuntman’s wires and suspend him, 10 minutes wasn’t enough.
“There was another problem. Even when the tank was feeding air into the suit, there was no place for the carbon dioxide Weston exhaled to go. So it simply built up inside, incrementally causing a heightened heart rate, rapid breathing, fatigue, clumsiness, and eventually, unconsciousness.”
Having recovered from the oxygen deprivation, Weston was so outraged that he decided to confront Kubrick, only to find that he had fled the scene. The director did not return for two or three days, Weston recalls. “Because I was going to do him.”
Tempers were soothed after the stuntman was given a swish dressing room with a fridge full of beer and a large raise in his fee. Weston, who went on to perform in numerous James Bond films, says: “One of the great things about Stanley was he had an incredible, tremendous artistic integrity. I think morally he was a little bit weaker.”
Another leading film-maker, Martin Scorsese, has endorsed the book. “Over the years, so much has been written about 2001 and its creation that I thought we knew all that there was to know,” he wrote.
“And then I received a copy of [this] … exciting and exhaustively researched book, which further expands our understanding of what is truly one of the greatest films ever made.”
——————————
This article was amended on 13 April 2018. An earlier version said Michael Benson spoke to Bill Weston and others. This has been corrected because not all of the interviews in Benson’s book were conducted by him.
New York Times, May 10, 2018
‘2001: A SPACE ODYSSEY’ IS STILL THE ‘ULTIMATE TRIP’
By Dennis Overbye
-
The rerelease of Stanley Kubrick’s masterpiece encourages us to reflect again on where we’re coming from and where we’re going.
In the spring of 1964 the filmmaker Stanley Kubrick was very worried. NASA was about to fly the Mariner 4 space probe past Mars.
At the time he was deep in development of a blockbuster film about the discovery of alien intelligence. Word was that MGM had bet their studio on the film. What if Mariner discovered life on Mars and scooped them?
Kubrick looked into whether he could buy insurance against that event. He could, but the price was astronomical. Kubrick decided to take his chances, according to a new book about the making of the movie, “Space Odyssey, Stanley Kubrick, Arthur C. Clarke, and the Making of a Masterpiece,” by Michael Benson. (Simon & Schuster 2018)
That was 54 years ago. We still haven’t discovered intelligence or even believable evidence of pond scum anywhere else in the universe — not for lack of effort. A new spacecraft, TESS, designed to look for habitable nearby planets just vaulted into space, and an interstellar asteroid recently spotted streaking through the solar system was inspected for radio signals. Another robot is on its way to listen in on the heart of Mars. We still don’t know if we are alone.
Mr. Kubrick’s movie, “2001, A Space Odyssey,” finally debuted, late and over budget in April 1968, to baffled film critics and long lines of young people. John Lennon said he went to see it every week. It was the top-grossing movie of the year and is now a perennial on critics’ lists of the most important movies of all time, often the first movie scientists mention if you ask them about sci-fi they have enjoyed.
In honor of its 50th anniversary it is being rereleased at the Cannes Film Festival on Saturday and then in various cities around the world in a shiny new version overseen by Christopher Nolan, the director of “Dunkirk” and “Inception,” among other films. He told The Los Angeles Times the original film had been a “touchstone” from his childhood.
The movie, written by Kubrick and Arthur C. Clarke (whose books and stories the movie was based on), and directed by Kubrick, is a multisensory ode to cosmic mystery, fate and the future. Long stretches happen with no explication or action except the zero-gravity ballets of spaceships immaculately imagined.
The movie broke with many of the conventions of the time, like mood music to tell you what to feel and think. “2001” left you alone in space with your thoughts.
The story begins four million years ago in Africa, where a bunch of bedraggled primates are losing the battle of the survival of the fittest until a strange black monolith appears. To the thunder of “Also Sprach Zarathustra,” one of those apemen is inspired to pick up a bone and use it as a club to kill the animals that have been pushing him around.
Suddenly, the apemen are eating meat and chasing their rivals away from the water hole. In a moment of exultation the ape throws the bone into the sky where, in what has been called the longest fast forward in film history, it turns into a spaceship.
Around that toss Kubrick pivots his movie and all of human evolution. Another monolith appears on the moon, and yet another in orbit around Jupiter, where an astronaut named Dave Bowman connects with it after subduing a neurotic computer, the HAL 9000, which has murdered his shipmates. In the finale, Bowman is sent through a “star gate” on a trip through space and time, death and rebirth, returning as a glowing Star Child to float like a fetus over the Earth.
I first saw “2001” in the spring of 1968 in the same pharmaceutically compromised condition that all my friends did. I didn’t need that kind of help, anyway, having grown up reading Clarke’s stories, in particular the novel “Childhood’s End” and the short story, “The Sentinel.”
The last time I watched the movie (on VHS of all things on my tiny home television), was in 2000, on the eve of its eponymous year.
I never realized how much I had missed until I read Mr. Benson’s book, a deep, informative and entertaining dive into the making of the movie.
One revelation is how haphazardly the movie was made. Nevermind the special effects and the model spaceships, Kubrick and Clarke were making up much of the story as they went along. Up until the very end, Mr. Benson tells us, they were struggling with how to portray the alien being responsible for the monoliths, until they realized it couldn’t be done. We don’t know what is out there. It would be hubris to even try to imagine.
This is not a review of the book; Mr. Benson is a friend of mine, and I’m unabashedly ignorant of the history of cinema anyway. But it is a review of my own shifting attitudes and encounters with the movie itself over the years.
One mark of the movie’s status as a masterpiece is that it has something different to say to us every time we encounter it anew.
Like the monolith it appears to give us what we need.
Fifty years ago it was a harbinger of the future. We were about to win the race with the Russians to the moon. A whole generation was pumped and primed to tune in, turn on and transcend the whole dreary space-time continuum as we knew it.
Thoroughly researched by Kubrick and Clarke, large swaths of the film were like a documentary of the future: the space station, the moon base, the grand-stepping outward just as Clarke and people like Wernher von Braun had prophesied.
“2001” comes back at another poignant time in history, especially as it relates to space and the cosmos. Once we got to the moon, the script of future history was abandoned by the Nixon White House.
It’s now been 46 years since there was anyone on the moon. It’s possible to imagine a time in which there will be no humans alive who have been there.
But now the traditional sci-fi script has flipped. A generation of swashbuckling billionaires has taken center stage in the space business, as well as a new class of wealthy customers who can afford to indulge their services. Instead of Star Child these days we have the “Star Man,” launched into orbit past Mars in a Tesla convertible by Elon Musk.
I once wrote that I no longer expected bootprints on Mars in my lifetime. Now I’m not so sure. It’s not crazy to think that private outfits like SpaceX, which seem to be running rings around NASA and Congress, could beat NASA into deeper space. I’d happily come out of retirement sometime in the 2030s to write the words that humans have landed and walked on Mars.
Wall Street Journal, April 12, 2018
‘SPACE ODYSSEY’ AND ‘STANLEY KUBRICK’ REVIEW: LIKE NOTHING ELSE ON EARTH
By Geoffrey O’Brien
-
Kubrick found what he wanted by trying things out—an expensive habit.
When Stanley Kubrick’s “2001: A Space Odyssey” emerged in 1968, after repeated delays (filming had begun in late 1965) and nearly doubling the original $6 million budget, it was greeted as something of a disaster. Kubrick had kept a tight lid on the project, and when MGM executives got a look in March, they were aghast. At the New York premiere, a sixth of the audience walked out. Critics described it as “somewhere between hypnotic and immensely boring” (Renata Adler) and “a thoroughly uninteresting failure” (Andrew Sarris), with Pauline Kael concurring: “monumentally unimaginative . . . trash masquerading as art.”
None of that meant a thing to the younger spectators who began lining up on opening day and continued to come back. By the time I belatedly caught up with “2001” some months after its opening, acquaintances had already favored me with elaborate exegeses—metaphysical, prophetic, psychedelic—of what seemed to them not so much a film as an unbroken flow of revelation. Yet although ensconced as a canonical milestone and cited as a formative influence by filmmakers who followed, “2001” remains singular even in Kubrick’s oeuvre: slow, elliptical, deliberately enigmatic, often wordless. Its most emotionally expressive character is a dysfunctional computer, its culminating episode a sustained burst of abstraction. It is doubtful whether such a film could gather a mass audience now, and even more unlikely that any filmmaker would get the chance to risk it.
Kubrick’s risk-taking is the through-line of Michael Benson’s “Space Odyssey,” an omnivorously curious account of how the movie came to be, starting with Kubrick’s letter to the novelist and scientist Arthur C. Clarke about “the possibility of doing the proverbial ‘really good’ science fiction movie.” Mr. Benson, himself a filmmaker and artist whose projects have often been concerned with cosmological science, has put together an enlightening and entertaining narrative rich in both pointed anecdotes and lucid technical expositions. The book’s large cast of characters reflects the scale of a production so complex it seems a wonder it didn’t take even longer to complete—especially with the director still working out basic plot concepts and contemplating radically different endings almost until the wrap.
Kubrick has been mythologized as the ultimate control freak, and the obsessiveness of his concentration is self-evident, but Mr. Benson emphasizes his capacity to improvise, to respond creatively to other people’s hints, and to make large gambles. “We never had a finished script,” production designer Tony Masters recalled. “We’d get together with Stanley in the evening and talk about what we were going to do the next day—and as a result, the whole thing would change. The production department was suicidal.”
Mr. Masters was only one of a small army of recruits making crucial contributions. As Kubrick seized advantage of the ample means his earlier successes had earned him, “a big-budget Hollywood production,” in Mr. Benson’s words, “had been transformed into a giant research and development think tank.” If “2001” now seems a relic of an already unimaginable era, it is because every element of its analog simulation of a future digital age had to be imagined, invented and built by hand. Arguments over who did the imagining and inventing of any given element have simmered over the years, but Mr. Benson shows how widely diffused the creative energies were, with artisans devoting months or years to solving minute technical problems while often having scant idea of the film’s overall structure. To watch the film after reading Mr. Benson’s book is to see it as an assemblage of disparate pieces, and to marvel again at the enduring beauty of their assembling.
The opening “Dawn of Man” sequence alone involved protracted trial and error to create costumes for the hominids who first encounter the inscrutable extraterrestrial monolith around which the film is centered. These outfits needed to be both flexible and believable enough not to look like B-movie apeman outfits, while the American mime Dan Richter, who would play the lead hominid, studied a gorilla at Regent’s Park Zoo and trained a troupe of dancers to imitate his movements and behavior. In the meantime, photographers flew to Namibia to gather landscape images that would be combined to remarkably seamless effect with the staged action. When they sent Kubrick pictures of a rare and protected species of Namibian trees, he went so far as to urge them to illegally uproot a few and ship them back for use by the art department.
Kubrick allowed little to get in the way of anything he thought necessary for the film, and the set could be a dangerous place to work. The rotating 30-ton centrifuge set representing the living quarters of the central episode’s Jupiter-bound astronauts regularly overheated amid showers of glass from exploding lights. To provide convincing simulations of zero gravity, Kubrick encouraged high-risk wirework stunts above a concrete floor. Stuntman Bill Weston, who had a frightening near-miss realizing one such scene, remarked: “One of the great things about Stanley was he had an incredible, tremendous artistic integrity. I think morally he was a little bit weaker.”
Kubrick’s drive to push collaborators beyond their usual boundaries was not so much about realizing a blueprint as about venturing into the unknown. Despite the visual power of his art, Mr. Benson writes, Kubrick was “nearly incapable of actually picturing visual concepts when they were described verbally.” He found what he wanted, where he was going, by trying things out. Before there was even a script, he spent long days in an abandoned brassiere factory in Manhattan, filming blobs of paint diffusing in a mix of ink and paint thinner: These turned out to be the preliminary ingredients of the hallucinatory “Star Gate” episode of the film’s final chapter, when the surviving astronaut played by Keir Dullea makes his final journey “beyond infinity.” In like fashion, the whole movie was built up piece by piece, the connections between the pieces known only to Kubrick.
Even when completed “2001” remained opaque to many. Clarke, truly the film’s co-creator, found himself shut out from the final stages and was unhappy with the omission of the narration that had been intended to guide the spectator through all the leaps of time and space. Kubrick preferred to leave in the gaps and mysteries, perhaps realizing it was the rational explanation that would date most rapidly. As a result “2001” became a nexus for free-floating speculation.
In Nathan Abrams’s “Stanley Kubrick: New York Jewish Intellectual,” a sometimes tortuous exploration of the contradictions of Kubrick’s relation to Jewish identity, the film is seen through the lens of Biblical allusion and Kabbalistic interpretation. Scribbled into Kubrick’s copy of a book by Kafka, Mr. Abrams finds his marginal note: “The tower of Babel was the start of the space age.” Like many Kubrick analysts, Mr. Abrams can go very far afield in tracking down parallels and resonances. Then again, given the director’s readiness to explore any intellectual path or aesthetic suggestion that presented itself, nothing can really be ruled out. His “Space Odyssey” continues to be gloriously open-ended.
—————————-
Mr. O’Brien is the former editor-in-chief of the Library of America.
Washington Post, March 31, 2018
KUBRICK WANTED 90 TONS OF SAND DYED GRAY FOR ‘2001’ — AND THAT WAS JUST THE START
Review by Sibbie O'Sullivan
-
Stanley Kubrick’s “2001: A Space Odyssey” had its world premiere April 2, 1968, at the Uptown Theater in Northwest Washington. People in the audience were “streaming out” before the film was over. The next day, in New York City, 241exited early. Obviously, some viewers didn’t know what hit ’em, or that they were witnessing a significant moment in filmmaking.
Fifty years later, few would dispute that “2001” is a masterpiece. But how, exactly, is a masterpiece created, especially one that relies on collaboration? Michael Benson’s new book, “Space Odyssey,” is a detailed and often thrilling account of one intense, unforgettable collaboration. It’s a tremendous explication of a tremendous film.
Benson, the author of five books about astronomy, approaches his topic from both human and scientific angles. He begins with the friendship between director Kubrick and sci-fi author Arthur C. Clarke, which began in 1964 when jazz musician Artie Shaw recommended Clarke’s novel “Childhood’s End” to Kubrick. From there, Benson builds his narrative one collaborator at a time. We learn about Hollywood deal-making, NASA’s scientific input, top-notch film photographers and animators, and who did and did not have a nervous breakdown during the four years it took Kubrick to complete his masterpiece.
Despite their friendship and Clarke’s intelligent suggestions throughout the project, once Kubrick had gathered his team of technical specialists and began the production process, the novelist’s input diminished. With only 40 minutes of dialogue in a 2 1/2- hour film — there was never a fixed script — the images would supplant the words.
Benson’s skill as a science journalist is evident when he describes how Kubrick and his staff made the film’s visuals truly visionary. Although the technical descriptions of certain procedures might tax readers who aren’t engineers, the cumulative effect of such information is breathtaking. All the work was done by hand, a reminder that “2001” was created back in the pre-digital era. For the moonscape scene, Kubrick insisted that 90 tons of sand be dyed gray. Some of the sets were “so brightly lit that the actors wore sunglasses between takes.”
Although the finished film may be futuristic, the making of that future was a day-by-day, hands-on, trial-and-error, sweat-off-the-forehead human collaboration. My favorite detail involves how the Star Gate scene was created. Famous for its psychedelic special effects, the scene originated in 1965 in an abandoned brassiere factory on New York’s Upper West Side. By pouring ink into tanks filled with paint thinner and then photographing the ink’s flow using high camera speeds, Kubrick captured “galactic tendrils streaming into cosmic space.” Although more sophisticated photographic enhancements to the Star Gate sequence were added in 1967, the paint thinner shots made the final cut. Facts such as these don’t diminish the wonder of the completed film, but have the opposite effect.
Benson tries to be fair to everyone involved in this project, but Kubrick was the sun around whom they all orbited. It’s Kubrick’s breath we hear when HAL, the spaceship’s malicious computer, is deprogrammed by astronaut Dave Bowman, played by Keir Dullea. What Benson calls the film’s “respiratory soundscape” creates “a subjective sense of shared humanity.” Kubrick literally breathes life into his film.
Some have regarded Kubrick as cold and distant, but Benson’s book convinces otherwise. Although solidly self-protective, Kubrick appears surprisingly democratic and optimistic, often giving assignments to nontechnical people because he’s curious about what they’ll come up with. For instance, he put a mime, Dan Richter, in charge of the ape men in the film’s “Dawn of Man” segment. Devising the ape costumes took more than two years, and lighting one scene required 1.5 million watts. “You start to die,” Richter recalls, referring to the working conditions inside the ape-men suits, yet he stayed on and was responsible for unforgettable footage.
After reading a bit of Benson’s book, I took a TV break: “2001” was on! While watching my 40-inch HD Samsung television, I was speechless. But that’s the point, isn’t it? Who knew that visionary thinking, attention to silence, a committed workforce, millions of light bulbs and an abandoned brassiere factory could create a masterpiece?
Stanley Kubrick knew, and thanks to Michael Benson, we now know, too.
—————————————-
Sibbie O’Sullivan, a former teacher in the Honors College at the University of Maryland, has recently completed a memoir on how the Beatles have influenced her life.
Space Odyssey
By Michael Benson
Simon & Schuster. 497 pp. $30
-
STANLEY KUBRICK’S 2001: A Space Odyssey was not a flop when it came out. It was a big hit and ended up the highest-grossing film of 1968. It was especially popular with acidheads and pot smokers, science geeks, budding filmmakers, and people under forty in general. The critics in New York, however, all hated it (except for Penelope Gilliatt in the New Yorker), and it had not done well in preview screenings with studio execs and celebrities, who found it boring and confusing. Those preview screenings and early reviews have become part of the film’s legend. People love to remember how the snobs got it wrong.
At one studio screening, attended by, among others, a woman who had worked for D. W. Griffith in 1915, only a teenager in the projection booth had anything nice to say about 2001. “It was the most amazing thing I’ve ever seen,” he told Kubrick’s assistant editor. Kubrick got nervous anyway and ordered nineteen minutes of cuts to the film, which movie-theater projectionists had to make by hand to the 70-mm prints that had already been shipped. Maybe the cuts made the difference between the reception the film got from insiders and the one it received from paying audiences. After all, as the director Don Siegel put it, “If you shake a movie, ten minutes will fall out.”
1968 was a tough year for Hollywood, which was turning out overlong star-vehicle musicals (one was called Star!) and stodgy big-budget costume dramas. At the end of the year, the industry couldn’t decide whether to give a Best Actress Oscar to Barbra Streisand or Katharine Hepburn, so it gave the award to both, one for her performance in a mummified musical (Funny Girl), the other for a hammy turn in a period snooze-fest (The Lion in Winter).
These movies were not flops at the box office, but nor were they vital, new, or engaging to the kind of younger audiences the movies depend on. Color extravaganzas seemed dated even as color TV became the norm, so paradoxically it was black-and-white movies that stood out in 1968. An unholy trinity of crucial movies made in the US that year were not in color: Faces, John Cassavetes’s brutal takedown of middle-class values; In the Year of the Pig, Emile de Antonio’s Vietnam War exposé; and Night of the Living Dead, George A. Romero’s gory portrait of a cannibalistic America. None had much to do with the Hollywood film industry. Each broke ground and changed cinematic forms, each investigated the present moment, and each had more to say about contemporary America than costume pictures set in Plantagenet England or New York at the time of the Ziegfeld Follies.
In other parts of the movie world, the filmmakers of the Nouvelle Vague shut down the Cannes Film Festival after the French minister of culture fired Henri Langlois, the founder of the Cinémathèque Française, and shuttered his venue in response to protests. In Tokyo, Japanese cinephiles also protested. They nearly rioted when their favorite director, Seijun Suzuki, was unceremoniously dismissed by his studio, Nikkatsu, which had dumped his poorly reviewed masterpiece Branded to Kill and would not allow nontheatrical screenings. In New York, the black-and-white newsreels made during the protests at Columbia University showed that young people wanted to engage with cinema on their own terms. But what, exactly, did they want? The answer, it turned out, was a science-fiction movie that traced the progress of mankind from cave dweller to astronaut to “Star Child,” by way of a deadly computer, a trippy acid freak-out, and an intergalactic hotel room.
THE MACHINERY OF KUBRICK’S 2001 was set in motion a few years earlier, shortly after the debut of his black comedy of nuclear annihilation, Dr. Strangelove or: How I Learned to Stop Worrying and Love the Bomb. Kubrick’s people telegraphed Arthur C. Clarke, the British science-fiction novelist, in Ceylon, where he lived, saying that the director was interested in collaborating with him. Kubrick wanted to hire Clarke to cowrite what he called “the proverbial ‘really good’ science fiction movie,” something Kubrick thought Hollywood had yakked about but never managed.
Clarke responded right away: “Frightfully interested in working with enfant terrible.” On the spring night in 1964 that Clarke and Kubrick finalized their deal to work together, they looked toward the Manhattan skyline from Kubrick’s Upper East Side penthouse apartment and saw a UFO. They could not have asked for a better omen, but this one was too good to be true. The object, it turned out, was likely the Echo 2 satellite, a NASA communications spacecraft that had not been listed in the New York Times “Visible Satellites” table that day. (They checked.)
Clarke spent most of the year talking with the director and laboring on the as-yet-untitled script. Leaving the Chelsea Hotel each morning, he would breakfast at the Automat on Seventh Avenue then travel to the thirty-five-year-old enfant terrible’s apartment. In Kubrick’s study or on his patio overlooking Manhattan, the two men spent their days considering the nature of the universe, man’s place in the cosmos, and why aliens always look so dumb in movies. At night, Clarke would return to his room on the tenth floor of the Chelsea, often eating a dinner of liver paté on crackers with an Irish sailor who lived down the hall (“a questionable new interest of his”), then typing out the pre-novelization of Kubrick’s movie, slated to be published solely under Clarke’s name just after the film’s release. Sometimes he would sit in the hotel’s bar and have a drink with other residents of the Chelsea, among them William S. Burroughs and Allen Ginsberg. On Christmas Eve, Clarke handed Kubrick the first draft of the treatment for what would become 2001: A Space Odyssey. Kubrick read it while Clarke waited, then pronounced his Merry Christmas to Clarke. They’d done it, he said. “We’ve extended the range of science fiction.”
BURROUGHS AND GINSBERG, A KIND OF mirror version of Clarke and Kubrick, make but a brief appearance in Space Odyssey: Stanley Kubrick, Arthur C. Clarke, and the Making of a Masterpiece, Michael Benson’s expansive and thorough book on the production of 2001. They, like the Irish seaman, are part of a large, unexpected cast. The players here are not just actors, studio bigwigs, and crew. Jazz clarinetist Artie Shaw hips Kubrick to Clarke’s novels. Scientist Carl Sagan, a pedant whom Kubrick does not take to at all (“Get rid of him. . . . Make any excuse. . . . I don’t want to see him again”), keeps turning up to annoy the director (Clarke announces that “for every expert there is an equal and opposite expert”). Jane Birkin’s brother, Andrew, works diligently for Kubrick even after he forces him to uproot and steal kokerboom trees from the Namib Desert for the “Dawn of Man” scenes. Kubrick told him to blame it on Twentieth Century Fox, not MGM, if he got caught.
Dan Richter, an American junkie and mime in London whom Kubrick hires to learn how to portray Australopithecus africanus on-screen, gets plenty of well-deserved attention and provides the book’s key image. It could be a key image of the late 1960s. One day at MGM’s studios in Borehamwood, England, where 2001 was mostly filmed, the budding special-effects genius Douglas Trumbull, a Californian, was jumping on a trampoline in a cowboy hat. At the pinnacle of each boing he could spy Richter in a grassy field teaching a teen dance troupe from a local TV show how to move like prehistoric hominids, a formation of British lads and lasses jumping, scratching, and ook-ooking together like apes.
Three and half years and $12 million later, Kubrick was still working on the film. His schedule for making 2001 was however long it took, his budget was however much it cost, and the film’s delivery date was when he decided it was done. His only worry was that NASA would get to the moon before the film came out, which is maybe one of the reasons the fable persists that Kubrick shot the first moon landing on a soundstage, faking it for the US government.
Kubrick’s approach put Clarke in a tough spot. He wouldn’t be paid until the film and the novel appeared, and he had his own set of out-of-control expenses worrying him. Back in Ceylon (it wasn’t called Sri Lanka until 1972), Clarke was producing a film himself, a low-budget Sinhalese version of a James Bond movie. The film’s director, Mike Wilson, although married to a Scottish-Sinhalese actress, was also Clarke’s lover. As Benson puts it, Clarke “had one foot planted in an escapist, derivative Third World popcorn feature and the other in the most sophisticated evocation of human origin and destiny Hollywood had ever attempted, with the latter funding the former.” Kubrick loaned him money to keep going as Clarke sent him script revisions for 2001. The Clarke-produced “Jamis Bandu” movie emerged, before 2001, under the title Sorungeth Soru.
An entire book, or at least a Vanity Fair article, could be written about Wilson. A photographer, a scuba diver, and a near-charlatan, he had interested, by the 1970s, both Satyajit Ray and a couple of Hollywood studios in making India’s first science-fiction epic. This doomed project, in retrospect, seems like the last move in an Oedipal struggle with Clarke. Later, Wilson renounced motion pictures and become a swami.
TAPIRS ARE NOT NATIVE TO THE DESERTS of southwest Africa, where the first section of 2001: A Space Odyssey takes place, nor have they ever been. Even so, Kubrick decided the strange-snouted, pig-like mammals had an ancient look that would make them good prey. Kubrick himself filmed the bone tossed into the air after mankind makes its first kill. A straight cut, the least sophisticated thing in filmmaking, turns the bone into a spaceship orbiting the moon four million years later.
This production history of 2001 is alive with a strain of visceral weirdness. The murdered tapir is one that died in a stampede off the edge of the soundstage. Kubrick had it frozen for later use. For the “Star Child” sequence at the end of the film, Kubrick contacted the General Biological Supply House of Chicago to inquire about human embryos for sale. The firm wrote back that none were available, and that none would be. Instead, Kubrick hired the sculptor Liz Moore to make a fetus from scratch. While the camera crew was filming an eight-hour exposure of the sculpture, its eyes began to drip tears because the lights were so hot its head was melting. Douglas Rain, who voiced the HAL 9000 computer, recorded his dialogue sitting with his bare feet on a pillow.
The monolith, the film’s central image, was made to appear not crafted by humans but also not machined. Kubrick wanted it to leave “that open void that we feel when we try to imagine that which is unimaginable.” This object, which has become so ubiquitous in our culture that it still turns up in jokes on TV shows, was made from a massive chunk of black hardwood covered in coats of black paint until it gleamed with an impenetrable luster. It had to be handled with gloves so it wouldn’t collect fingerprints the camera would see.
The first monolith the art department made was a two-ton piece of clear plastic, two feet thick, the largest and most expensive piece of Plexiglas ever produced in England. Kubrick rejected it because it was too visible, looked too manufactured, and had a greenish industrial hue. The mysterious black monolith that replaced it, according to Benson, became “the most powerfully opaque object in film history” (at least until Keanu Reeves). The monolith’s spatially incongruous, optic-nerve-warping, two-dimensional-looking flatness, especially in the “Jupiter” and “Beyond the Infinite” hotel-room scenes, would probably not be allowed in the overly rounded sci-fi movies of today, which strive for 3-D. It is too simple and unique, and does not refer to anything else.
In funding 2001, MGM did not know it was paying for a think tank of artists who would spend over three years solving the problems of how to depict prehistory and space travel in non-risible ways. Stanley Kubrick, Benson reminds us, “didn’t do risible.” While trying to determine what aliens should look like, Kubrick finally decided not to show any. He and Clarke invented their artifact, the monolith, to cut extraterrestrials from the film, because all their other solutions looked comic, unbelievable, or nebulous. “We don’t want to watch a veil of gas,” Kubrick said. Benson has to make up a filmic category, “analog reality,” to explain the special effects in 2001, a movie in which everything was done in front of the camera, and which proved twenty-five years before the fact that computer-generated imagery did not need to exist.
The trippy “Star Gate” scenes were made using a 65-mm optical printer, shots of landscapes filmed from helicopters, and drips of paint in a tank filled with paint thinner. The Discovery spaceship was a fifty-five-foot miniature and HAL was a camera lens with a red light behind it. Kubrick’s pursuit of techniques to make sci-fi look new and non-phony paradoxically extended to watching every Toho Studios monster movie made in Japan, which is how he figured out how to use front-projection, a technique Toho had pioneered, for the “Dawn of Man” scenes. He was impressed, according to Benson, by Matango, a movie about an island of mushroom people.
BENSON’S BOOK IS FASCINATING, every page startles, and it’s a much-needed and comprehensive history of the making of 2001. Its last chapter, however, falls into the “making of” trap, in which an object under scrutiny has status conferred on it by a bunch of goofy rich men who came afterward. I don’t doubt that James Cameron, George Lucas, and Steven Spielberg like 2001 or that it opened their eyes to the possibilities of narrative cinema. Their work, in turn, is tech-heavy and childish and, taken in the aggregate, boring—the things 2001 was accused of by its original critics, but more so and louder.
Clarke famously wrote that “any sufficiently advanced technology is indistinguishable from magic.” If that is true, then the subsequent influence of these 2001 acolytes on the movies has made magic look obvious and cheap—exactly what Kubrick and his collaborators worked so hard to avoid. Maybe that is a function of cinema’s place in a world where clean, cynical modernism and hallucinogenic psychedelia have been replaced by corporate spectacle and consumer manipulation. If so, those men helped push it in that direction. One scene in 2001 seems particularly alien and futuristic today: A flight attendant switches off a seat-back television in front of a passenger who has fallen asleep. Kubrick may have predicted the tablet computer and its glow, but he did not picture a world where the screens were never shut off.
Spielberg’s comments after Kubrick’s funeral are an example of this kind of eyes-wide-shut banality. “You know, this is extraordinary,” he explains to a film critic who attended the memorial at Kubrick’s estate. “In Beverly Hills, there would have been cops and bodyguards and velvet ropes and VIP enclosures. And here we are, eating supper in an English kitchen.” God knows whose Beverly Hills funeral Spielberg was imagining—his own?—but I wish I had never read that. The sentiment reminds us why, as Benson points out, no one has traveled outside Earth’s orbit since the last Apollo mission in 1972. Clarke mentioned to Kubrick that he thought 2001 would be “the last big space film that won’t be made on location.” As computer-generated neoliberal fantasy movies about escaping the planet continue to appear, I’m praying to the aliens for a better world, and a bigger cosmos.
A. S. Hamrah is the film critic for n+1.
New Yorker, April 16, 2018
2001: A SPACE ODYSSEY”: WHAT IT MEANS, AND HOW IT WAS MADE
By Dan Chiasson
-
Fifty years ago, Stanley Kubrick and Arthur C. Clarke set out to make a new kind of sci-fi. How does their future look now that it’s the past?
Fifty years ago this spring, Stanley Kubrick’s confounding sci-fi masterpiece, “2001: A Space Odyssey,” had its premières across the country. In the annals of audience restlessness, these evenings rival the opening night of Stravinsky’s “Rite of Spring,” in 1913, when Parisians in osprey and tails reportedly brandished their canes and pelted the dancers with objects. A sixth of the New York première’s audience walked right out, including several executives from M-G-M. Many who stayed jeered throughout. Kubrick nervously shuttled between his seat in the front row and the projection booth, where he tweaked the sound and the focus. Arthur C. Clarke, Kubrick’s collaborator, was in tears at intermission. The after-party at the Plaza was “a room full of drinks and men and tension,” according to Kubrick’s wife, Christiane.
Kubrick, a doctor’s son from the Bronx who got his start as a photographer for Look, was turning forty that year, and his rise in Hollywood had left him hungry to make extravagant films on his own terms. It had been four years full of setbacks and delays since the director’s triumph, “Dr. Strangelove, Or: How I Learned to Stop Worrying and Love the Bomb.” From the look of things, the Zeitgeist was not going to strike twice. A businessman overheard on his way out of a screening spoke for many: “Well, that’s one man’s opinion.”
“2001” is a hundred and forty-two minutes, pared down from a hundred and sixty-one in a cut that Kubrick made after those disastrous premières. There is something almost taunting about the movie’s pace. “2001” isn’t long because it is dense with storytelling; it is long because Kubrick distributed its few narrative jolts as sparsely as possible. Renata Adler, in the Times, described the movie as “somewhere between hypnotic and immensely boring.” Its “uncompromising slowness,” she wrote, “makes it hard to sit through without talking.” In Harper’s, Pauline Kael wrote, “The ponderous blurry appeal of the picture may be that it takes its stoned audience out of this world to a consoling vision of a graceful world of space.” Onscreen it was 2001, but in the theatres it was still 1968, after all. Kubrick’s gleeful machinery, waltzing in time to Strauss, had bounded past an abundance of human misery on the ground.
Hippies may have saved “2001.” “Stoned audiences” flocked to the movie. David Bowie took a few drops of cannabis tincture before watching, and countless others dropped acid. According to one report, a young man at a showing in Los Angeles plunged through the movie screen, shouting, “It’s God! It’s God!” John Lennon said he saw the film “every week.” “2001” initially opened in limited release, shown only in 70-mm. on curved Cinerama screens. M-G-M thought it had on its hands a second “Doctor Zhivago” (1965) or “Ben-Hur” (1959), or perhaps another “Spartacus” (1960), the splashy studio hit that Kubrick, low on funds, had directed about a decade before. But instead the theatres were filling up with fans of cult films like Roger Corman’s “The Trip,” or “Psych-Out,” the early Jack Nicholson flick with music by the Strawberry Alarm Clock. These movies, though cheesy, found a new use for editing and special effects: to mimic psychedelic visions. The iconic Star Gate sequence in “2001,” when Dave Bowman, the film’s protagonist, hurtles in his space pod through a corridor of swimming kaleidoscopic colors, could even be timed, with sufficient practice, to crest with the viewer’s own hallucinations. The studio soon caught on, and a new tagline was added to the movie’s redesigned posters: “The ultimate trip.”
In “Space Odyssey: Stanley Kubrick, Arthur C. Clarke, and the Making of a Masterpiece,” the writer and filmmaker Michael Benson takes us on a different kind of trip: the long journey from the film’s conception to its opening and beyond. The power of the movie has always been unusually bound up with the story of how it was made. In 1966, Jeremy Bernstein profiled Kubrick on the “2001” set for The New Yorker, and behind-the-scenes accounts with titles like “The Making of Kubrick’s 2001” began appearing soon after the movie’s release. The grandeur of “2001”—the product of two men, Clarke and Kubrick, who were sweetly awestruck by the thought of infinite space—required, in its execution, micromanagement of a previously unimaginable degree. Kubrick’s drive to show the entire arc of human life (“from ape to angel,” as Kael dismissively put it) meant that he was making a special-effects movie of radical scope and ambition. But in his initial letter to Clarke, a science-fiction writer, engineer, and shipwreck explorer living in Ceylon, Kubrick began with the modest-sounding goal of making “the proverbial ‘really good’ science-fiction movie.” Kubrick wanted his film to explore “the reasons for believing in the existence of intelligent extraterrestrial life,” and what it would mean if we discovered it.
The outlines of a simple plot were already in place: Kubrick wanted “a space-probe with a landing and exploration of the Moon and Mars.” (The finished product opts for Jupiter instead.) But the timing of Kubrick’s letter, in March of 1964, suggested a much more ambitious and urgent project. “2001” was a science-fiction film trying not to be outrun by science itself. Kubrick was tracking NASA’s race to the moon, which threatened to siphon some of the wonder from his production. He had one advantage over reality: the film could present the marvels of the universe in lavish color and sound, on an enormous canvas. If Kubrick could make the movie he imagined, the grainy images from the lunar surface shown on dinky TV screens would seem comparatively unreal.
In Clarke, Kubrick found a willing accomplice. Clarke had served as a radar instructor in the R.A.F., and did two terms as chairman of the British Interplanetary Society. His reputation as perhaps the most rigorous of living sci-fi writers, the author of several critically acclaimed novels, was widespread. Kubrick needed somebody who had knowledge and imagination in equal parts. “If you can describe it,” Clarke recalls Kubrick telling him, “I can film it.” It was taken as a dare. Meeting in New York, often in the Kubricks’ cluttered apartment on the Upper East Side, the couple’s three young daughters swarming around them, they decided to start by composing a novel. Kubrick liked to work from books, and since a suitable one did not yet exist they would write it. When they weren’t working, Clarke introduced Kubrick to his telescope and taught him to use a slide rule. They studied the scientific literature on extraterrestrial life. “Much excitement when Stanley phones to say that the Russians claim to have detected radio signals from space,” Clarke wrote in his journal for April 12, 1965: “Rang Walter Sullivan at the New York Times and got the real story—merely fluctuations in Quasar CTA 102.” Kubrick grew so concerned that an alien encounter might be imminent that he sought an insurance policy from Lloyd’s of London in case his story got scooped during production.
Clarke was the authority on both the science and the science fiction, but an account he gave later provides a sense of what working with Kubrick was like: “We decided on a compromise—Stanley’s.” The world of “2001” was designed ex nihilo, and among the first details to be worked out was the look of emptiness itself. Kubrick had seen a Canadian educational film titled “Universe,” which rendered outer space by suspending inks and paints in vats of paint thinner and filming them with bright lighting at high frame rates. Slowed down to normal speed, the oozing shades and textures looked like galaxies and nebulae. Spacecraft were designed with the expert help of Harry Lange and Frederick Ordway, who ran a prominent space consultancy. A senior NASA official called Kubrick’s studio outside London “NASA East.” Model makers, architects, boatbuilders, furniture designers, sculptors, and painters were brought to the studio, while companies manufactured the film’s spacesuits, helmets, and instrument panels. The lines between film and reality were blurred. The Apollo 8 crew took in the film’s fictional space flight at a screening not long before their actual journey. NASA’s Web site has a list of all the details that “2001” got right, from flat-screen displays and in-flight entertainment to jogging astronauts. In the coming decades, conspiracy theorists would allege that Kubrick had helped the government fake the Apollo 11 moon landing.
Kubrick brought to his vision of the future the studiousness you would expect from a history film. “2001” is, in part, a fastidious period piece about a period that had yet to happen. Kubrick had seen exhibits at the 1964 World’s Fair, and pored over a magazine article titled “Home of the Future.” The lead production designer on the film, Tony Masters, noticed that the world of “2001” eventually became a distinct time and place, with the kind of coherent aesthetic that would merit a sweeping historical label, like “Georgian” or “Victorian.” “We designed a way to live,” he recalled, “down to the last knife and fork.” (The Arne Jacobsen flatware, designed in 1957, was made famous by its use in the film, and is still in production.) By rendering a not-too-distant future, Kubrick set himself up for a test: thirty-three years later, his audiences would still be around to grade his predictions. Part of his genius was that he understood how to rig the results. Many elements from his set designs were contributions from major brands—Whirlpool, Macy’s, DuPont, Parker Pens, Nikon—which quickly cashed in on their big-screen exposure. If 2001 the year looked like “2001” the movie, it was partly because the film’s imaginary design trends were made real.
Much of the film’s luxe vision of space travel was overambitious. In 1998, ahead of the launch of the International Space Station, the Times reported that the habitation module was “far cruder than the most pessimistic prognosticator could have imagined in 1968.” But the film’s look was a big hit on Earth. Olivier Mourgue’s red upholstered Djinn chairs, used on the “2001” set, became a design icon, and the high-end lofts and hotel lobbies of the year 2001 bent distinctly toward the aesthetic of Kubrick’s imagined space station.
Audiences who came to “2001” expecting a sci-fi movie got, instead, an essay on time. The plot was simple and stark. A black monolith, shaped like a domino, appears at the moment in prehistory when human ancestors discover how to use tools, and another is later found, in the year 2001, just below the lunar surface, where it reflects signals toward Jupiter’s moons. At the film’s conclusion, a monolith looms again, when the ship’s sole survivor, Dave Bowman, witnesses the eclipse of human intelligence by a vague new order of being. “2001” is therefore only partly set in 2001: as exacting as Kubrick was about imagining that moment, he swept it away in a larger survey of time, wedging his astronauts between the apelike anthropoids that populate the first section of the film, “The Dawn of Man,” and the fetal Star Child betokening the new race at its close. A mixture of plausibility and poetry, “real” science and primal symbolism, was therefore required. For “The Dawn of Man,” shot last, a team travelled to Namibia to gather stills of the desert. Back in England, a massive camera system was built to project these shots onto screens, transforming the set into an African landscape. Actors, dancers, and mimes were hired to wear meticulously constructed ape suits, wild animals were housed at the Southampton Zoo, and a dead horse was painted to look like a zebra.
For the final section of the film, “Jupiter and Beyond the Infinite,” Ordway, the film’s scientific consultant, read up on a doctoral thesis on psychedelics advised by Timothy Leary. Theology students had taken psilocybin, then attended a service at Boston University’s Marsh Chapel to see if they’d be hit with religious revelations. They dutifully reported their findings: most of the participants had indeed touched God. Such wide-ranging research was characteristic of Clarke and Kubrick’s approach, although the two men, both self-professed squares, might have saved time had they been willing to try hallucinogens themselves.
The Jupiter scenes—filled with what Michael Benson describes as “abstract, nonrepresentational, space-time astonishments”—were the product of years of trial and error spent adapting existing equipment and technologies, such as the “slit-scan” photography that finally made the famous Star Gate sequence possible. Typically used for panoramic shots of cityscapes, the technique, in the hands of Kubrick’s special-effects team, was modified to produce a psychedelic rush of color and light. Riding in Dave’s pod is like travelling through a birth canal in which someone has thrown a rave. Like the films of the late nineteenth century, “2001” manifested its invented worlds by first inventing the methods needed to construct them.
Yet some of the most striking effects in the film are its simplest. In a movie about extraterrestrial life, Kubrick faced a crucial predicament: what would the aliens look like? Cold War-era sci-fi offered a dispiriting menu of extraterrestrial avatars: supersonic birds, scaly monsters, gelatinous blobs. In their earliest meetings in New York, Clarke and Kubrick, along with Christiane, sketched drafts and consulted the Surrealist paintings of Max Ernst. For a time, Christiane was modelling clay aliens in her studio. These gargoyle-like creatures were rejected, and “ended up dotted around the garden,” according to Kubrick’s daughter Katharina. Alberto Giacometti’s sculptures of thinned and elongated humans, resembling shadows at sundown, were briefly an inspiration. In the end, Kubrick decided that “you cannot imagine the unimaginable” and, after trying more ornate designs, settled on the monolith. Its eerily neutral and silent appearance at the crossroads of human evolution evokes the same wonder for members of the audience as it does for characters in the film. Kubrick realized that, if he was going to make a film about human fear and awe, the viewer had to feel those emotions as well.
And then there is HAL, the rogue computer whose affectless red eye reflects back what it sees while, behind it, his mind whirrs with dark and secret designs. I.B.M. consulted on the plans for HAL, but the idea to use the company’s logo fell through after Kubrick described him in a letter as “a psychotic computer.” Any discussion of Kubrick’s scientific prescience has to include HAL, whose suave, slightly effeminate voice suggests a bruised heart beating under his circuitry. In the past fifty years, our talking machines have continued to evolve, but none of them have become as authentically malicious as HAL. My grandfather’s early-eighties Chrysler, borrowing the voice from Speak & Spell, would intone, “A door is ajar,” whenever you got in. It sounded like a logical fallacy, but it seemed pleasantly futuristic nonetheless. Soon voice-command technology reached the public, ushering in our current era of unreliable computer interlocutors given to unforced errors: half-comical, half-pitiful simpletons, whose fate in life is to be taunted by eleven-year-olds. Despite the reports of cackling Amazon Alexas, there has, so far, been fairly little to worry about where our talking devices are concerned. The unbearable pathos of HAL’s disconnection scene, one of the most mournful death scenes ever filmed, suggests that when we do end up with humanlike computers, we’re going to have some wild ethical dilemmas on our hands. HAL is a child, around nine years old, as he tells Dave at the moment he senses he’s finished. He’s precocious, indulged, needy, and vulnerable; more human than his human overseers, with their stilted, near robotic delivery. The dying HAL, singing “Daisy,” the tune his teacher taught him, is a sentimental trope out of Victorian fiction, more Little Nell than little green man.
As Benson’s book suggests, in a way the release of “2001” was its least important milestone. Clarke and Kubrick had been wrestling for years with questions of what the film was, and meant. These enigmas were merely handed off from creators to viewers. The critic Alexander Walker called “2001” “the first mainstream film that required an act of continuous inference” from its audiences. On set, the legions of specialists and consultants working on the minutiae took orders from Kubrick, whose conception of the whole remained in constant flux. The film’s narrative trajectory pointed inexorably toward a big ending, even a revelation, but Kubrick kept changing his mind about what that ending would be—and nobody who saw the film knew quite what to make of the one he finally chose. The film took for granted a broad cultural tolerance, if not an appetite, for enigma, as well as the time and inclination for parsing interpretive mysteries. If the first wave of audiences was baffled, it might have been because “2001” had not yet created the taste it required to be appreciated. Like “Ulysses,” or “The Waste Land,” or countless other difficult, ambiguous modernist landmarks, “2001” forged its own context. You didn’t solve it by watching it a second time, but you did settle into its mysteries.
Later audiences had another advantage. “2001” established the phenomenon of the Kubrick film: much rumored, long delayed, always a little disappointing. Casts and crews were held hostage as they withstood Kubrick’s infinite futzing, and audiences were held in eager suspense by P.R. campaigns that often oversold the films’ commercial appeal. Downstream would be midnight showings, monographs, dorm rooms, and weed, but first there was the letdown. The reason given for the films’ failures suggested the terms of their redemption: Kubrick was incapable of not making Kubrick films.
“2001” established the aesthetic and thematic palette that he used in all his subsequent films. The spaciousness of its too perfectly constructed sets, the subjugation of story and theme to abstract compositional balance, the precision choreography, even—especially—in scenes of violence and chaos, the entire repertoire of colors, angles, fonts, and textures: these were constants in films as wildly different as “Barry Lyndon” (1975) and “The Shining” (1980), “Full Metal Jacket” (1987) and “Eyes Wide Shut” (1999). So was the languorous editing of “2001,” which, when paired with abrupt temporal leaps, made eons seem short and moments seem endless, and its brilliant deployment of music to organize, and often ironize, action and character. These elements were present in some form in Kubrick’s earlier films, particularly “Dr. Strangelove,” but it was all perfected in “2001.” Because he occupied genres one at a time, each radically different from the last, you could control for what was consistently Kubrickian about everything he did. The films are designed to advance his distinct filmic vocabulary in new contexts and environments: a shuttered resort hotel, a spacious Manhattan apartment, Vietnam. Inside these disparate but meticulously constructed worlds, Kubrick’s slightly malicious intelligence determined the outcomes of every apparently free choice his protagonists made.
Though Kubrick binged on pulp sci-fi as a child, and later listened to radio broadcasts about the paranormal, “2001” has little in common with the rinky-dink conventions of movie science fiction. Its dazzling showmanship harkened back to older cinematic experiences. Film scholars sometimes discuss the earliest silent films as examples of “the cinema of attraction,” movies meant to showcase the medium itself. These films were, in essence, exhibits: simple scenes from ordinary life—a train arriving, a dog cavorting. Their only import was that they had been captured by a camera that could, magically, record movement in time. This “moving photography” was what prompted Maxim Gorky, who saw the Lumière brothers’ films at a Russian fair in 1896, to bemoan the “kingdom of shadows”—a mass of people, animals, and vehicles—rushing “straight at you,” approaching the edge of the screen, then vanishing “somewhere beyond it.”
“2001” is at its best when it evokes the “somewhere beyond.” For me, the most astounding moment of the film is a coded tribute to filmmaking itself. In “The Dawn of Man,” when a fierce leopard suddenly faces us, its eyes reflect the light from the projection system that Kubrick’s team had invented to create the illusion of a vast primordial desert. Kubrick loved the effect, and left it in. These details linger in the mind partly because they remind us that a brilliant artist, intent on mastering science and conjuring science fiction, nevertheless knew when to leave his poetry alone.
The interpretive communities convened by “2001” may persist in pockets of the culture, but I doubt whether many young people will again contend with its debts to Jung, John Cage, and Joseph Campbell. In the era of the meme, we’re more likely to find the afterlife of “2001” in fragments and glimpses than in theories and explications. The film hangs on as a staple of YouTube video essays and mashups; it remains high on lists of both the greatest films ever made and the most boring. On Giphy, you can find many iconic images from “2001” looping endlessly in seconds-long increments—a jarring compression that couldn’t be more at odds with the languid eternity Kubrick sought to capture. The very fact that you can view “2001,” along with almost every film ever shot, on a palm-size device is a future that Kubrick and Clarke may have predicted, but surely wouldn’t have wanted for their own larger-than-life movie. The film abounds in little screens, tablets, and picturephones; in 2011, Samsung fought an injunction from Apple over alleged patent violations by citing the technology in “2001” as a predecessor for its designs. Moon landings and astronaut celebrities now feel like a thing of the past. Space lost out. Those screens were the future.
An earlier version of this story suggested that a single monolith appears at different times in the film.
Published in the print edition of the April 23, 2018, issue, with the headline “Anybody There?.”
Dan Chiasson, a contributor to The New Yorker since 2000, teaches English at Wellesley College. His books include the poetry collection “The Math Campers.”
Associated Press, April 19, 2018
REVIEW: ‘SPACE ODYSSEY’ ROBUSTLY EXPLORES KUBRICK’S ‘2001’
By Douglass K. Daniel
-
“Space Odyssey: Stanley Kubrick, Arthur C. Clarke, and the Making of a Masterpiece” (Simon & Schuster), by Michael Benson
Fifty years ago, moviegoers had their minds blown by director Stanley Kubrick’s “2001: A Space Odyssey.” To this day some of them still aren’t quite sure what it all means.
Was an alien intelligence behind the monolith? What went wrong with the computer known as HAL? Does the way station in the afterlife really look like a Louis XIV hotel suite? Did Dr. Floyd’s daughter get her bush baby?
Seriously, part of Kubrick’s genius — and that of his co-screenwriter, Arthur C. Clarke — was not to spell out everything, thus challenging people to ponder the futuristic mythology unspooling before them. “If anyone understands it on the first viewing,” Clarke said at the time, “we’ve failed in our intention.”
Failure? Not when many consider “2001" the greatest science-fiction movie ever made and one of the landmarks of cinema, period.
Whether you’ve not seen “2001" recently or not seen it at all, do so before tackling Michael Benson’s exhaustive account of its creation. “Space Odyssey: Stanley Kubrick, Arthur C. Clarke, and the Making of a Masterpiece” is a movie wonk’s dream, launching its rich narrative with the written invitation from Kubrick to Clarke in 1964 to create what Kubrick hoped would be the first “really good” science-fiction film. Scores of books and videos about “2001" and its director have appeared over the half-century since its premiere, yet it would be difficult to envision anything offering the abundance of telling anecdotes, technical detail and keen insight that fills Benson’s “Space Odyssey.”
Kubrick was riding a critical and popular wave with the nuclear nightmare satire “Dr. Strangelove” when Clarke, a renowned writer and futurist, responded favorably to his entreaty. This unlikely pair of intellectuals — Kubrick was living in his native New York City with his wife and daughters while the British-born Clarke led an ex-pat’s life in Sri Lanka with his male partner — bonded over the challenge of writing a filmable story about aliens and mankind that centered on ideas instead of monsters and ray guns. While Clarke’s previous writings were foundational to “2001,” both the writer and the filmmaker scoured scientific books and journals and discussed all kinds of subjects with experts as they fine-tuned their story of human contact with an alien intelligence.
Benson explains in great detail the narrative hurdles Kubrick and Clarke faced as they tried to stay true to what might be possible in space exploration three-plus decades in the future. For example, they didn’t settle on astronaut Dave Bowman’s helmetless jump from spacecraft to spacecraft without assurances that a human being could actually survive several seconds in a deep-space vacuum.
There were all kinds of technical issues for Kubrick and company to surmount, too, such as how to shoot the interior of a ship supposedly traveling in zero gravity (they designed a rotating set) and how to present the organic, yet otherworldly, shapes that Bowman encounters while traveling “beyond the infinite” (they filmed drops of paint in various liquids and turned Scottish and American landscapes shot by helicopter into psychedelic images).
Benson’s chapter-long description of the “Dawn of Man” sequence offers a microcosm of Kubrickian moviemaking: studying paleo history, creating specialized makeup, utilizing a unique front-screen photographic process, employing a mime to study and replicate simian movement and demanding that a leopard and other live animals mix with the early humans.
While Benson gives Clarke, the movie’s cast and various members of the production team their well-deserved places in the creation of “2001,” the maddeningly brilliant, obsessed Kubrick remains its star. He is presented as a flawed genius, at least in the eyes of his collaborators, a man at times cold and cruel and at other moments empathetic and generous. Kubrick cultivated creative people, encouraged them and gave them room to come up with ideas, yet he was exceedingly stingy when it came to sharing credit.
Kubrick, who died in 1999 and never saw the actual year 2001, remains as enigmatic as his movie monolith, a cinematic touchstone for future generations of filmmakers.
___
Douglass K. Daniel is the author of “Anne Bancroft: A Life” (University Press of Kentucky).
-
SPACED OUT
PLANET EARTH AS YOU’VE NEVER SEEN IT BEFORE
Stunning images of space explore the depths of the solar system but teach us most about our very own planet.
LONDON — Marveling at Michael Benson’s visual genius is as close as you’ll ever get to exploring outer space.
More immersive than Gravity in IMAX 3D, his Otherworlds exhibition guarantees that you will be awed by the solar system’s vast celestial bodies.
Benson, an American artist, photographer, and author, has spent the last 15 years poring through the raw images captured by generations of space exploration vehicles and satellites to create some of the most detailed, full-color images of the planets ever experienced by the human eye.
Perhaps most stunning of these 6-foot by 6-foot creations are the images of our planet, which are among the highest resolution color images of Earth ever printed.
We’re all familiar with a blue-and-green marble floating in the blackness, but an image like Earth, with Hurricane and Sahara Dust, Goes West—part of the show at the Natural History Museum in London—is something of an altogether different order. Benson’s painstaking process knits together some of the most detailed telescopic, radar, satellite, and remote photography ever captured by spacecraft.
Images from as far afield as Pluto are included in the exhibition, but it’s the new perspective of our own planet that most excites Benson.
He told The Daily Beast that when he first figured out how to accurately add color to the extra high-definition black-and-white images of Earth captured by the two geosynchronous GOES weather satellites, it was a mind-blowing moment that brought life to the words of T.S. Eliot:
You shall not cease from exploration
And the end of all our journeying
Will be to arrive where we started
And know the place for the first time.“I was pretty astonished by the stunning detail,” Benson said. “You can certainly see how interconnected everything is, as for example a vast dust storm can be seen sweeping across the Atlantic from the Sahara towards the Amazon, while currents of air comb clouds into sweeping curves above the green jungles, and so forth. It produces a kind of ‘God’s-eye view’ effect. So it was pretty revelatory, and certainly changed how I think about the planet.”
Standing before these huge, detailed images will change the way anyone looks at the planet.
“I believe I’ve been able to coax the raw material into producing images revealing some pretty extraordinary things. I’m not alone in this, by the way, and don’t want to give the impression that I am; there are some superb image processors working with this material out there. But there have been a number of times when I kind of realized with a little jolt that I may be the first human being to see some of these vistas in the way they would look if we could actually go there ourselves,” Benson said.
Most of the other people working with these extraordinary raw materials are NASA and European Space Agency engineers or scientists looking to interrogate the information to prove or disprove their theories, but they are rarely thinking about ways to best share the new images with the public.
“They go in looking for their kind of discovery, and I go in looking for mine,” he said.
Although Benson was very clear with the Natural History Museum that this show was to be a visual art exhibition, not a pedagogical exercise, the institution’s scientists also found the images inspiring.
In an interview in the exhibition, Dr. Emma Humphreys-Williams shared Benson’s joy at the descriptive power of the images of Earth, including a work called Typhoon Over the Bay of Bengal.
“Looking at the typhoon I see the ultimate expression of a system that’s got more energy,” said the analytical chemist. “This climate change we see—we are putting more heat into the planet and that’s giving the system more energy.”
The vast swirling structure of the typhoon, seen in stunning, vivid detail, dwarfs entire cities—millions of people. The image is a stirring visual declaration of the turbulent power of nature being shaken by the impact of humanity.
Benson said he was keen to demonstrate man’s unwitting impact on Earth.
“I consciously included several images in the Earth section of the exhibition in which the effects of climate change, from slash-and-burn agriculture in Yucatan to dust storms and typhoons, can clearly be seen,” he said. “There’s an ethical dimension to the work, and not just in the Earth section.”
The rest of our solar system is depicted in ethereal majesty, from the familiar giant Jupiter to an extraordinary vision of Saturn’s rings from the planet’s night side.
One of the most surprising pictures shows Saturn’s moon, Enceladus. The image was captured as the sun illuminated its left side while the light reflecting off Saturn ensured that the dark side was also bathed in warm light.
The top of the moon appears to be erupting, as geysers of water are perfectly backlit by the distant Sun.
Benson believes that these images captured by robotic spacecraft since the 1960s deserve to be embraced as a key part in the history of visual art.
“I’m making the case that with the right curatorship, image processing, and presentation, the visual legacy of six decades of robotic space exploration constitutes an extraordinary new chapter in the history of photography,” he said. “And not just photography, but all graphic representation of phenomenal reality, really—from the cave paintings at Chauvet, to contemporary CGI.”
Otherworlds: Visions of Our Solar System is at London’s Natural History Museum until May 15.
-
A new photography exhibition in London takes you on a tour of the solar system – and makes the surreal real
For millennia, humans gazed upon the heavens with nothing but the naked eye. Then Galileo, humanity’s optician, invented the telescope [sic] and magnified the firmament, bringing those enigmatic orbs into focus. With the advent of the space age, our telescopes were vaulted into the sky: now we look at the planets through cameras on the spacecraft that wander our solar system. “Otherworlds”, a new exhibition at the Natural History Museum in London, showcases the work of these robotic photographers. The artist and writer Michael Benson has rifled through the archives ofNASA and the European Space Agency, and processed the raw, black-and-white frames he found, adding colour (by fusing multiple shots exposed to different filters) and expanding the field of view (by stitching contiguous shots together). The resulting 77 images take us on an odyssey from the Sun to Pluto via Saturn (pictured above).
The exhibition begins at home. Step into the darkened gallery and you are greeted with an image of Earth in the round, with dustings of cumulonimbus obscuring the familiar blues and browns and greens. This is Earth as we like to see it – front and centre. But in the sequence of images that follows, Benson pushes it to the margins. In “Earthrise” we see it from a lunar crater, a cloudy blue marble above the barren horizon; and then smaller still, as a mere crescent, moonlighting as the Moon’s moon. This is Benson’s way of putting us in our place. “We now know that Earth is but a minuscule speck in the vastness of space”, reads a caption. Next to a fearsome picture of a round inferno, another caption: “The Sun constitutes 99.86% of the total mass of the star system, with all the planets, moons, asteroids and comets constituting a minuscule kind of rounding error.”
And what an error! Once the exhibition has made our world sufficiently strange to us, it embarks on a tour of these statistical irrelevancies. Benson’s scenes are studies in colour and abstraction: the silken yellow surface of Io, one of Jupiter’s moons, stained red by more than 400 active volcanoes; the steel-coloured crosshatch of Europa, another Jovian moon, frozen and covered in cracks. In a composite photograph taken by the Cassini probe, the compact curve of a tiny moon acts as a pleasing counterpoint to a mass of slanting blue-and-tan lines – Saturn’s rings and the shadows they cast. Benson uses colour to capture what it would be like to visit the planets ourselves.
This project in documentary realism could easily belong to a different genre: the surreal. As Benson says in a video, “We’ve seen a suite of landscapes that pre-space-age sci-fi writers could only dream of” – other worlds of sublime otherworldliness. These alien landscapes become stranger still when, light years away from Earth, you are occasionally reminded of home. A composite photograph of Pluto taken by the New Horizons spacecraft shows that, when backlit by the Sun, its atmosphere is as blue as our own.
Then there is Mars, a planet whose landscape seems, at times, to half-rhyme with ours. Its sand dunes look like the Sahara, but during winter they freeze over with dry ice – it’s confusing, a metereological mess of a view. In a video at the end of the exhibition, Joe Michalski, a scientist at the museum, explains that the geology of Mars is strikingly similar to that of Earth. He hopes to learn more about both planets “by analogy”. The volcanic highlands of Iceland, he says, represent the kind of environment where microbes could have evolved on Earth. The discovery of vast mineral deposits in images of Mars, akin to those in Iceland, suggest that conditions for life may be present there. Mars isn’t quite as otherwordly as we thought. By looking at strange things in a different light, they can become familiar.
Otherworlds: Visions of our Solar System Natural History Museum, London, to May 15th
CBS This Morning, January 23. 2016
"OTHERWORLDS" EXHIBIT CASTS NEW LIGHT ON SPACE USING RAW DATA
by Jonathan Vigliotti
-
Explosions in the sky light-years away are coming into focus in ways never seen before, as are the very active volcanoes on a Jupiter moon and the rings of Saturn.
They are the spectacular interstellar landscapes of our solar system, usually reserved for space missions, that are now on display for all to see at London’s Natural History Museum, reports CBS News correspondent Jonathan Vigliotti.
CBS News got a first look at American photographer and writer Michael Benson’s exhibition, “Otherworlds,” before it opened to the public.
‘I’m quite proud of this one,” Benson said of one photo, “because Saturn is such a showstopper” — a showstopper not just for the image’s unbelievable clarity and detail, but also for the unusual process that gave Benson an up-close-and-personal glimpse of planets often cloaked in mystery.
Each photo is actually a composite of a series of specialized images capturing different details. The series of photos are taken not by Benson — or any human for that matter — but snapped by NASA spacecraft over the span of the agency’s 60-year history.
‘That’s part of the fun of it, of course. It’s like putting together a jigsaw puzzle of images, so typically you’ll see an even more astonishing thing as you assemble it,” Benson said.
It’s a jigsaw puzzle that took Benson years to complete. The end result is an exhibit of 77 stunning composites — each one a perfect fusion of art and science.
“In a technical sense this is very clearly an art exhibition,” said Dr. Joe Michalski, a scientist at the Natural History Museum. “We hope that the people who appreciate art will come here for that. We hope that people who come here for science will be pleasantly surprised by the art.”
And as with all things art, there is some interpretation. Many of the original photos are received at NASA in black and white, and Benson uses historical and scientific data to determine the most accurate tones.
“Sometimes I say, ‘Oh darn, I have to reprint this,'” Benson said laughing.
Benson’s work is casting new light on space, much like Ansel Adams’ photography revealed America’s National Parks.
“I did not obviously haul my box camera on a tripod to Saturn, and I wish I had that possibility!” Benson said.
A self-described space geek, Benson said that as a kid he grew up wanting to go to space. Instead, he’s bringing the solar system back to Earth.
“I think it’s part of growing up as a species to recognize where we are in the universe,” he said. “That’s part of what I’m doing, I think — trying to bring the message, with little bit of help from NASA and the European Space Agency.”
The “Otherworlds” exhibition runs through May 15.
The Economist -- Prospero blog, January 23. 2016
RENEWING THE LOST WONDER OF THE SOLAR SYSTEM
by D.J.P.
-
THERE is some danger these days of failing to be astonished by images delivered from space probes. Each generation becomes slightly more inured to imagery that each prior generation would have found unthinkable—consider pictures from Curiosity, a rover gently lowered by a rocket-powered crane onto Mars’s surface in 2012, or the Rosettaspace probe that arrived in orbit around a speeding comet in 2014, or New Horizons, another fired with 150km precision at Pluto, 5 billion kilometres away.
These pictures, along with other data from such explorers, orbiters and rovers, are the raw stuff of space science. But Michael Benson, a New York-based artist, believes that, properly presented, some of them belong in the pantheon of great photography. Mr Benson’s “Otherworlds” exhibition, which opened this week at the Natural History Museum in London, reinvigorates any blunted enthusiasm for what is out there.
With 77 images, the exhibition is smaller by half than “Planetfall”, his 2013 show at the Smithsonian. But he has a much larger palette of images, many of far greater quality, from which to choose. This is not mere recycling of pictures in the public sphere. Mr Benson has gone back to the original data, stitching together never-before-seen panoramas and balancing colours not yet explored in the images. He coaxes from the millions of files and billions of numbers entirely new creations, focused on data only from instruments that collect wavelengths visible to humans. The purpose, in part, is to create what visitors would actually see, with their own eyes, were they on Saturn’s rings, circling a comet or in lunar orbit.
Although “Otherworlds” is resolutely an art exhibition, didactic elements come through Mr Benson’s collaboration with Joe Michalski, a planetary geologist at the museum who helped to pen the understated yet informative blurbs that accompany each image. The pictures are laid out as a complete tour of the solar system. Starting with Earth, the moon and a roiling sun, visitors get a gravity slingshot at Mercury and set out past the solar system’s most well-known denizens, concluding with a stunning view of the blue haze surrounding Pluto, lit from behind.
Lesser-known objects make an appearance as well. The asteroid Eros, for example, is shown in a kind of chiaroscuro mosaic, making its five-hourly tumble in multiple exposures through the blackness. But the stars, as it were, are the planets. These are often studies in the purest geometry, their deviation from flawless spheres and circles imperceptible, their alignments framed to make images of striking simplicity. Jupiter exhibits a neat void, the shadow of its moon Io, which is perched in the foreground. A close view of Saturn nearly fills one frame, bands of every shade of blue arcing across its surface as its moon Mimas passes in front. Uranus and its rings seen from above are completely abstracted: a set of perfectly lit, perfect circles.
There is music, too, to these spheres: the exhibition includes a half-hour composition by Brian Eno, whose atmospherics are a good fit both with the space imagery and with the space itself, pinging around the vaulted ceilings of the museum’s Jerwood Gallery. An expectedly sparse arrangement occasionally hints at sounds from space: those little beeps that once preceded despatches from astronauts, for example, or something like the radiofrequency “whistlers” that pervade the Earth’s atmosphere.
Otherworldly though it is by design, inevitably visitors find the familiar. A close look at the turbulent fluidity of Jupiter’s bands, made more arresting in black and white, resonates with an image from the International Space Station of a typhoon over the Bay of Bengal. Fog seen from space drifts through the Valles Marineris of Mars, while on the surface, the rover Spirit has snapped a picture of a hazy sunset. These are not reminders that other worlds are similar to Earth in some way, but that all of the solar system arises from the same principles, some grander planetary, geologic and atmospheric scheme.
Just two images act as reminders of the robotic photographers. In one, a solar collector from the Rosetta probe juts through the shot; another squarely frames tracks on Mars left by the Curiosity rover. Every notable object in the Earth’s cosmic neighbourhood has been snapped by ingenious craft such as these. Or perhaps not: shortly before Prospero’s visit to the exhibition, news emerged of a hypothesised new ninth planet (for Pluto, to widespread dismay, was demoted from that position in 2006). Perhaps a future exhibition will reveal that, too, in arresting detail. The solar system still holds its surprises, and exhibitions like “Otherworlds” can ensure people will remain surprised.
(By D.J.P., From Prospero books, arts and culture blog)
The Guardian, January 17. 2016
MERCURY RISING – THE PLANETS AS YOU HAVE NEVER SEEN THEM BEFORE
by Robin McKie
Link —>
-
When Nasa first sent lunar probes into space, the world got a glimpse of the moon and Earth in orbit. Recently enhanced, the images star in a new exhibition celebrating five decades of planetary photography
For more than half a century, robot spaceships have swept through our solar system, returning data that has transformed our knowledge of our sister planets. We now know that Venus is an acid-drenched, scorching hell, Mars is desolate and virtually airless, while several of Jupiter’s moons may have liquid oceans below their surfaces.
These missions have provided science with some remarkable revelations, matched only by the equally striking photographs of these alien worlds that have been beamed back to Earth: the braided rings of Saturn; the plumes of water being ejected into space from its moon, Enceladus; and great volcanoes of Jupiter’s moon, Io.
And now the very best, most dramatic of these images are to be displayed at the Natural History Museum, London, in Otherworlds: Visions of our Solar System, an exhibition, created by multimedia artist Michael Benson. For the first time, close-up visions of all the worlds that make up the classical solar system will be displayed in one gallery, an event that only became possible with the flyby of the remote, tiny world of Pluto by Nasa’s New Horizons spacecraft last summer.
“It is only in the past year that we have completed the initial, detailed survey of the classical solar system,” says Benson, an American photographer and exhibition designer, based in New York. However, the exhibition was not created merely by dusting off old Nasa or European Space Agency photographs before sticking them on the walls of the museum’s Jerwood Gallery. Considerable computer work has been needed to remove interference lines and distortion, while most of the images were created as mosaics assembled from multiple frames. “Some took weeks to assemble,” says Benson.
One example is the print Europa and the Great Red Spot of Jupiter. The former is one of the planet’s main moons; the latter, the Red Spot, is a storm system in Jupiter’s atmosphere. Their juxtaposition in Benson’s carefully framed photograph produces a striking, surprisingly abstract image.
“The US Voyager probes took hundreds of thousands of photographs of Jupiter and its moons and this picture is the result of looking at every single one of these,” says Benson. “I took months to sort through them. Then, one day, I came across a single image of Europa, above Jupiter, looking like a bald head. I went back to the data set and looked for other photographs of the neighbourhood taken at the time and found dozens including one of the Great Red Spot. I then put dozens of these images together, like a jigsaw, to create this landscape. I could have used colour, but decided the image is more striking in black and white.”
By contrast, the exhibition’s final photograph – of Pluto, which orbits the sun at the very edge of the solar system – provides an unexpected, delicately coloured climax to the show. This image was taken from New Horizons as it looked back at Pluto, after sweeping past the dwarf planet on its way into deep space last year, and it revealed a remarkable feature: Pluto is surrounded by a blue right of light.
“In this photograph, the little planet is backlit by the sun and is surrounded by a blue halo, formed by sunlight passing through its atmosphere,” says Benson. “No one expected that. Pluto’s atmosphere is as blue as Earth’s atmosphere. The discovery was one of those beautiful moments of surprise that you get in planetary exploration.”
As to the inspiration for his work, Benson is specific: “In 1968, when I was a kid, my mother took me to see 2001: A Space Odyssey. It utterly rocked me. It was my first exposure to a masterpiece in an art form that really spoke to me. A year later, we had the first manned moon landings. The combination of that and Kubrick’s film started me on my personal exploration of our place in the universe.”
Intriguingly, one of Benson’s favourite photographs for Otherworlds predates the genesis of his artistic interest in space: a black-and-white print, titled Crescent Moon and Earth, which was taken from one of Nasa’s lunar orbiters. These probes – fitted with spy satellite technology – were launched into lunar orbit in 1966 and 1967, to help pinpoint sites where the Apollo astronauts could land.
In those analogue days, space photography was a tricky business. The lunar orbiters had to snap the moon on 70mm film, which was then developed robotically in orbit, scanned in strips by a photomultiplier and transmitted to Earth, where the strips were recreated and reassembled into full-frame photographs. The results were certainly dramatic, but were disfigured by a venetian blind effect: banding that was produced because the images had been created from strips of photographic material.
However, a few years ago, a group of Californian space enthusiasts formed theLunar Orbiter Image Recovery Project, and have taken the original magnetic tapes on which lunar orbiter data was recorded and used software to remove most of the stripes from the probes’ photographs. “I then took one of the images and removed the last vestiges of banding to create Crescent Moon and Earth,” adds Benson.
The result is a breathtaking view of the crescent Earth viewed from space, with the moon – also in crescent phase – in the foreground. It’s one of a cluster of early space photographs that fill the first section of Otherworlds. In total, the 77 images that make up the exhibition represent the visual legacy of the past 50 years’ unmanned space exploration, journeys that, Benson says, demonstrate vividly how a picture or photograph is every bit as powerful as the spoken word or mathematical symbol in conveying knowledge.
It’s a point echoed by Joe Michalski, head scientist for the exhibition. “When scientists propose these missions, they have to provide their political bosses with ideas of what they will discover,” he says. “That is understandable, but in a way, it flies in the face of what exploration is about. Humans suffer because they have limited imaginations. That is why we explore – to discover the unexpected. And that is what this exhibition provides – some of the most glorious and unexpected visions that our solar system can provide.”
(From The Observer, The Guardian‘s Sunday edition)
Financial Times Magazine, January 15. 2016
SPACE: PHOTOGRAPHY’S FINAL FRONTIER
by Clive Cookson
Link —>
-
Seen from Earth, the disks of the Moon and Sun are about the same size — a coincidence that produces one of nature’s great spectacles, a total solar eclipse, on the rare occasions when the Moon passes directly in front of the Sun.
The view from space, where their relative sizes are different, can be remarkable in another way, as we can see from the three pictures above of the small black lunar disk moving across the fiery Sun.
These “transit of the Moon” photos, taken by Nasa’s Stereo-B solar observatory when it was 4.4 times further than Earth from the Moon, are among 77 wonderful images of the solar system that go on show at London’s Natural History Museum from Friday. They were assembled by Michael Benson, an American photographer and artist who specialises in processing data from space missions for large-scale public exhibitions.
“In the past 60 years, an audacious, utterly consequential story has unfolded,” says Benson, 53. “Combining rocket science with the innate human drive to explore, after millennia of speculation about the planets, the first expeditions to the solar system’s far-flung worlds have taken place.
“Through the agency of a small squadron of increasingly sophisticated robotic spacecraft, we’ve seen Earth dwindle to the size of a pearl, and then a pixel, as we voyaged far beyond any place ever directly visited by human beings.”
Benson reprocesses image data from the US and European space agencies to give even more spectacular pictures than the originals disseminated by Esa’s and Nasa’s formidable public relations machines.
A striking example is the long picture above taken by the Mars Reconnaissance Orbiter of dunes in the red planet’s southern hemisphere in wintertime, showing the sand frosted seasonally with dry ice — carbon dioxide that has condensed out of the Martian atmosphere.
The Natural History Museum partnered with Benson to put on his Otherworlds exhibition because its own researchers take part in planetary science projects, such as investigating the geological processes that shaped Mars. “These images reframe how we see our solar system, created from the very same data that museum scientists use to understand the 4.5-billion-year history of our planet,” says Michael Dixon, director of the museum.
To accompany the images the musician Brian Eno, another space enthusiast, has written an original “soundscape”. “Space is silent. It’s a vacuum. In fact we can’t really experience space directly at all,” he comments. “Making music about space, then, is sheer fantasy or perhaps sheer metaphor.”
“Otherworlds: Visions of our Solar System” is open daily at the Natural History Museum, London, from January 22 to May 15; nhm.ac.uk
Art Quarterly, January 1. 2016
ON EARTH AS IT IS IN HEAVEN
Aesthetica Magazine, December 19. 2015
INTERVIEW WITH ARTIST MICHAEL BENSON, OTHERWORLDS AT THE NATURAL HISTORY MUSEUM
by Clive Cookson
Link —>
-
Otherworlds: Visions of Our Solar System at The Natural History Museum, London, will explore the beauty of our solar system and demonstrate that the visual legacy of six decades of space exploration constitutes a visually stunning, important chapter in the history of photography. Raw data provided by the National Aeronautical and Space Administration (NASA) and European Space Agency (ESA) missions has been painstakingly processed and assembled for public display, alongside an accompaniment original music by Brian Eno. Created by artist, curator and writer Michael Benson, the 77 composite images on display represent a joining together of art and science. We speak with Benson about the exhibition.
A: While some of these landscapes look distinctly alien, they also have parallels with scenery closer to home – do you feel that we always attempt to project the familiar onto the unknown as a means of making sense of the world?
MB: This is really an excellent question, and gets to the heart of one of my motivations in working with these images. Because of course it’s always a two way game, meaning the unfamiliar also has an impact on one’s evaluation of the local. So there’s an element of revelation, of discovery, in working with these images, and it can be very personally gratifying and enriching. I look at my terrestrial surroundings in a way informed by how our extraterrestrial ones look, and also by how our world looks from the outside.A friend of mine, Chris Rose, who teaches at the Rhode Island School of Design, and I were talking not too long ago about the surreal effect Stanley Kubrick achieved in putting his Odysseus-astronaut, Dave Bowman, into a Louis XIV hotel room at the conclusion of the hyperkinetic “trip” part of the film 2001: A Space Odyssey. Chris linked this to the experience of the first British expeditions to Australia in the 18th century. Recall that James Cook was so impressed by the amount of vegetation in one anchorage that he named it Botany Bay, and designated it as ideal for settlement. But actually he was seeing, in effect, the rolling green hills of England in his mind’s eye. There was no awareness of indigenous Australian conditions; how could there be? The alien continent had its own rhythms, and when a later expedition showed up 18 years later, with its cargo of convicts, the land was quickly deemed unsuitable for habitation. So yes, we see what we know, at least initially. And that’s part of what Kubrick may have been getting at in suddenly putting his traveller into an extraterrestrial hotel room.
In the end after doing much work with these planetary images, I see our world as part of a Solar System-wide continuity. We’re one in a series of wheeling landscapes, all lit by the same source and anchor-point, the Sun. We belong to an archipelago.
A: Science has a significant influence on contemporary art, and certain forms of multimedia art could be said to influence the sciences in turn – particularly those with a futuristic vision that make use of new technologies. Which would you say has played a greater role in Otherworlds?
MB: You know it’s interesting, I’ve given the matter some thought, and I don’t see a serious impact or major influence on science by art. Though I suppose you could make the case that the recent film The Martian is a kind of feature-length argument for funding NASA. And if that works out — then by all means — science has indeed been impacted by art. But it’s questionable.While the history of technology is influenced by where the money is going in the entertainment sphere, that’s not the same thing. I think though science may look with due regard on art, it operates according to a very different methodology, and scientists really risk being disrespected by their peers if they attempt to incorporate aesthetic impulses or artistic methodologies in their work. So I disagree with that part of the question.
But of course I agree that science as the reigning force dominating western culture has had a profound impact on the arts. This is true in technology-based art but also in more traditional art. How could it not? It’s in the air we breathe, literally. It has enabled some art forms as well, of course. Photography and filmmaking for example were the end result of centuries of research into the physics of optics and the development of an understanding of chemistry, etcetera. Astronomer John Herschel was at the forefront of research into photography in the mid-19th century. So astronomy and photography are in effect co-conspirators.
As to how my work with planetary images is influenced by science, it needs to be said that it wouldn’t have been possible in the first place without the massive scientific-technical effort behind the great exploratory missions to the planets that took place over the last six decades. All of my work with planetary images is a form of détournement, a repurposing of material intended for scientific research, and making the argument that it belongs to the domain of photography and visual representation, whatever its undoubted role in the history of science. Only unlike with the Situationists or the Letterists, this form of hijacking, or to take the word literally, re-routing, isn’t about creating political scandals. Though I would argue it does have an ethical, even a political dimension. So Otherworlds, and my previous planetary projects Beyond andPlanetfall, are making the case that the visual legacy of 60 years of planetary exploration constitutes a significant chapter in the history of photography — and indeed all visual representation, extending back to Lascaux and Chauvet. And they’re also suggesting, I suppose, that we would do well to look up occasionally from our rather self-absorbed terrestrial concerns, and take in the wider picture. I mean, we have rather startling new information concerning our context in the universe.
But to return to your question about science and art, there’s a deeper back-story, alluded to above, concerning the development of an understanding about how visual phenomena can be reproduced using mechanical — technological — means. And by the way you could make the case that the history of technology itself is grounded and rooted in the perceived need to reproduce celestial movement mechanically on Earth — to replicate untouchable celestial motion in tangible materials here on Earth. In the form of astronomical clocks, for example, which were simplified across centuries and became the time-pieces we used to wear on our wrists, but which of course have now largely migrated to our phones. The analogue watch face is a simplification of the design of the solar system. And the effort behind miniaturising it is at the wellspring (or maybe ‘mainspring’) of all the technologies we deploy on an hourly basis in the 21st century.
So in effect the heavens reached down and had their way, and all technology has at its root a replication of and celebration of the motions of the spheres. And so these missions to the planets are in effect a return to the source. The technologies that enable me to unlock these images from the planetary science archives where they’ve been housed, largely in obscurity, are also implicated in this story: the hardware and software, the image processing tools.
A: Each photograph is incredibly detailed and beautifully composed, a real visual spectacle. What is it about these landscapes that fascinates you personally?
MB: Well it’s interesting that you ask that right now, because under deadline pressure from my upcoming show, I’ve been doing quite a bit of new image processing. And so just this week I spent two days constructing an image of Jupiter from raw image data from the then-Saturn-bound Cassini spacecraft. And so I had plenty of opportunity to examine the largest planet in the Solar System in great detail again. And you know, it really is the most extraordinary visual spectacle, as you put it. Somehow the Ancients intuited that Jupiter, which for them was just a wandering point of light in the sky, should be named after the king of the gods. And when we finally got there centuries later, via our camera-bearing avatars, it really lived up to its name. To begin with, it has that stunningly vast, kinetic and impressive storm system, the Great Red Spot, a spinning vortex which in effect stares across the solar system like a huge eye. It’s an elliptical hurricane that we’ve known about for over three centuries, and it’s three times the size of Earth. And then there are all the counter-rotating bands of atmosphere, which abrade against each other, producing other fascinating whorls of turbulent tan and reddish-beige, and spinning off other giant kinetic storm systems as well. It’s really a staggering sight, one of the great displays of pyrotechnics in nature.And then there’s Saturn, with its ravishing rings — one of the most sublime objects ever produced by nature. We’re lucky to have such a planet in the Solar System. You know, we’ve only had the capability to see such distant worlds up close for a few decades, and then we’ve only managed to do so in fragmentary glimpses. So part of my motivation is to pan through the visual record, and assemble those glimpses, and transmit my own personal fascination with these objects by using individual spacecraft frames to produce mosaic composite vistas. (And thanks for saying that they may occasionally live up to their subjects, at least in a small way.)
A: Do you feel that it is important to make relatively unseen photographs of space exploration more accessible to the general public?
MB: Well as I alluded to a bit above, I think there’s an ethical dimension to getting these images out there, and even an ideological one, in the sense that we really are a very self-absorbed species, to the exclusion (for example) of much consideration of the impact of our actions on our own world. Though as the temperature continues to spike I think we’re coming round to the understanding that this must change. But in any case we seem woefully engrossed in our own dismal squabbles all the time, with a ridiculous amount of our collective wealth spent on weapons systems, and our attention always on the next scandal, all of it at the expense of a wider view. We should really think about our context a bit more, as a form of life entirely reliant on the very limited dry-and-temperate areas on the surface of a very small, circumscribed sphere suspended in an exceedingly vast space — possibly even a limitless space, though the distinction is without a difference, considering our diminutive scale in the order of all things.It took the views of Earth from the Moon in the late 1960s and early 1970s to help launch the environmental movement. I’ll also admit to being not unsusceptible to some of the ideas developed during the utopian projective phase prior to the so-called Space Age, ideas for example associated with the early 20th century Russian philosophy known as “Cosmism.” A core precept of Cosmism was best articulated by one of its leading figures, Konstantin Tsiolkovsky, who made the famous programmatic remark that “Earth is the cradle of the mind, but humanity can’t remain in its cradle forever.” I can get behind that. By the way I’m happy to say that over the last few months I’ve managed to produce several of the largest, most detailed color views of Earth that I believe have yet been made. They’re based on black and white geostationary weather satellite images, with color data provided from other sources. I’m printing them at 72 x 72 inches. At that scale, you really see the world as a unitary system, as an extraordinary unitary environment. There are three of that size in the Otherworlds show.
But in general I don’t want to attempt to assign specific meanings to these images, because I’d like to think they speak volumes by themselves, and probably have different meanings depending on who looks at them. And you know, part of their appeal — the appeal of Jupiter’s gargantuan stormy bulk, or of Saturn’s serene flawless ring system, or of the serrated deserts of Mars — is their cryptic, powerful sense of ambiguity. They really are profoundly mysterious, on every level.
Otherworlds: Visions of Our Solar System, 22 January – 15 May 2016, The Natural History Museum, Cromwell Road London SW7 5BD.
-
Over the last decade, some of the most awe-inspiring images of outer space have appeared in the books of journalist, filmmaker, and photographer Michael Benson. Combing through images produced by space probes as well as terrestrial and satellite telescopes, Benson has collected photos that showcase the sublime beauty of the cosmos.
Benson’s latest book, though, is something of a departure. In Cosmigraphics, He surveys the history of humanity’s attempts to depict the universe and the Earth. The earliest entry, the Nebra Sky Disc, dates from between 1500 and 2000 BCE. Made of copper and gold, it shows the sun, the moon, and the stars of the Pleiades. “It’s a portable device designed to allow the astronomers to measure the solstices,” Benson tells Kurt Andersen.
As he searched archives for these images, Benson made some surprising finds. Among many of the beautiful depictions of galaxies made possible by increasingly powerful telescopes was one drawing of the Whirlpool Galaxy by William Parsons. That image, from the mid-19thcentury, created “a sensation” in the United Kingdom, Benson says. “It made its way into a French book popularizing astronomy by Camille Flammarion, the Carl Sagan of the 19thcentury.” And it bears a striking resemblance to Van Gogh’s spiraling stars in “Starry Night.” “We believe that drawing led directly to ‘Starry Night,’ the most famous artistic depiction of the night sky. Either it was in the library of the asylum in the south of France, or he saw it in Paris.”
One major theme of the book is the ability of its images’ to either accelerate or impede scientific discovery. For example, the astronomer Ptolemy created a map of the solar system with the Earth at the center — an image that was so compelling it held sway for one and a half millennia, until Copernicus placed the Sun at the center of the solar system. But, Benson points out, “if Ptolemy was wrong, maybe it was necessary to have all those reiterations of his design so that Copernicus could react against something.”
-
If I asked you to picture the universe in your head, you’d probably conjure up images of fiery stars and swirling galaxies.
But the first observation of a solar flare was made in 1859 — and it wasn’t until the 1920s that galaxies were recognized as separate entities (i.e. distant collections ofhundreds of billions of stars). This means that envisioning the cosmos sets you squarely in the midst of human history. You imagine the universe your culture and place in time has learned to see. Those visions have changed as we have changed and, for the most part, we’ve lost touch with the stars our great-great grandparents imagined.
But as author Michael Benson shows us in his remarkable new book Cosmigraphics: Picturing Space Through Time, those universes have lost none of their beauty, even as they’ve been superceded by more accurate visions.
Benson’s work is that rarest of finds — a true mix of science and art. It’s a coffee table book of high resolution, high quality and full-color images spanning 4,000 years. Beginning with “creation,” Benson shows us early manuscripts attempting to illustrate the emergence of the world from nothing — in both biblical and physical terms. Then he ends the chapter with a stunning two-page, all-sky map of the cosmic microwave background — fossil radiation from the Big Bang. He repeats this movement — from early representations in paintings and woodcuts to more modern visions made on film or within computer simulations — in all the chapters that follow, on Earth, the moon, the sun, the structure of the universe and so on. It’s a feast for the eye and the mind, as the reader comes to see that all our cosmic flights of imagination remain, by their very nature, tentative.
I’m going to take a leap and say that this is the book to get for your scientifically minded, historically inclined and artistically appreciative loved ones (or just friends). With over 300 pages of text and mostly illustrations, it is truly a gift that keeps on giving.
Maclean's (Canada), December 7. 2014
THE RELIGIOUSNESS OF SCIENCE: PICTURES OF HOW WE SEE THE UNIVERSE
by Alison Rose
Link —>
-
A magnificent book presents visualizations of the sky, and the universe beyond, created over 4,000 years
If a person from the past, no matter how long ago, were to be transported to the present, the one thing that would reassure him would be the familiarity of the sky: the Pleiades, an open cluster of stars visible to the naked eye at northern latitudes in the fall and winter; Orion, the hunter; the moon in its various phases. The sky for the ancients was a compass and a calendar. The regular pattern of the sun through the day, the moon over a short cycle, and all of the sky over an annual cycle, became the means for coordinating meetings, and defining age and time. The sky was both directly and intimately connected with every moment of our lives. It was—and is still—reliable, comforting and beautiful, at the same time as it remains remote, distant and mysterious.
What are stars? What are we looking at? Where are we exactly? These questions marked our emergence. The study of the sky helped to make us self-conscious: It gave us perspective. “It drew us out of the world and into the universe, and made us human,” says Jesuit meteoriticist Guy Consolmagno, the 2014 recipient of the Sagan Medal for communication by the American Astronomical Society’s planetary science division.
This search, both outward and inward, is illuminated in a handsome book by Michael Benson, Cosmigraphics, released by the art publisher Abrams this month. In 10 chapters, Cosmigraphics reproduces visualizations of the sky we see, and the universe as a whole that we imagined and later discovered.
When he was six years old, Benson’s mother took him to see 2001: a Space Odyssey.Afterward, he trailed after her, asking, “What was it about? What did it mean?” The next year, a man walked on the moon for the first time. Benson’s parents were in the American foreign service and he grew up living all over the world, interested in everything, but those two events in particular left a persistent and profound impression.
Benson’s career has spanned writing, documentary filmmaking and photography. His previous photo-essay books compiled images of space and the solar system taken by telescopes and cameras on interplanetary spacecraft. “All retrospectives, art and otherwise, should shock us awake the way this one does,” raved one reviewer. In his new book, Benson turns his attention to how humans over millennia have imagined and represented space and our planet by means other than photography: illuminations, etchings, wood-block prints, paintings, as well as computationally and mathematically accurate simulations built by supercomputers.
He assembled the images in a marathon nine-month research session, mostly drawing on online resources produced by libraries that have scanned their rare books to make them widely accessible. He researched collections in Europe and the United States, from the famous to the obscure. He delighted in discoveries, such as the library of the American Association of Variable Star Observers and its collection of 19th- and 20th-century books. He spent days there, discovering and photographing illustrations. “Cosmigraphics documents the stages of our evolving understanding as a species?.?.?.?about the cosmos and our position within it,” he writes.
Leaf through the book, and you discover how deeply people thought about the cosmos and its relationship to their lives, and how that evolved over 4,000 years. Pictures of the universe—what it looks like, how it came to be—are stories of both religion and science, and Cosmigraphics encompasses both of those histories. You can consider Renaissance depictions of creation in 1573 on one page, then on another, an image of the cosmic microwave background radiation produced by scientists using the Planck satellite in 2013. In one chapter, Benson singles out the work of 18th-century English astronomer Thomas Wright, who posited that the stars were in motion orbiting a centre, and that the Milky Way was a disk, long before astronomers had discovered how to calculate velocity from the red shift of spectral lines.
Iconic moments in astronomy—and, in fact, in the history of science as we know it—are presented here too: Galileo’s drawings of his observations of the moons of Jupiter; Kepler’s observations of comets; Copernicus’s drawings of the solar system. These gave way, of course, to modern geological maps of the moon and Mars and supercomputer visualizations of the gravitational attraction between 30,000 galaxies, including the Milky Way in a supercluster.
One image depicts a growing awareness, and it captivated Benson. It shows four medieval men standing in a garden, looking through a portal at a planet, presumably Earth, in space. The planet is studded with buildings, as if the artist knew that the entire world were going to be developed. Blue sky is separated from a starry, moonlit night by a red-and-gold sunset. The image is from a 15th-century edition of a 13th-century encyclopedia, On the Properties of Things. In his imagination, the artist has moved outside the world and is regarding it affectionately and self-consciously, considering what and where we are. In his introduction, Benson quotes Werner Heisenberg: “Science forgets that in its study of nature it is studying its own picture.”
On the facing page, Benson places a page from Peter Apian’s Caesar’s Astronomy, an interactive book from the 16th century that allowed the reader to align paper wheels that were layered one on top of the other. With these functioning as round slide rules, the reader could graphically see and predict the changes in the night sky over time, such as the phases of the moon, eclipses, the position of the sun and the planets. Apian produced the book (publishing it in 1540) to make astronomy easy, and dedicated it to his patron, Holy Roman Emperor Charles V.
Apian was a mathematician, cosmographer, artist and humourist. One imagines him and his workers, bent over work tables —carefully, patiently, meticulously creating these paper disks and assembling them. His book is “probably the most remarkable book ever in the history of astronomy,” says former Harvard University astronomy professor Owen Gingerich, who wrote the foreword to Cosmigraphics. Gingerich, whose book God’s Planet was published recently by Harvard University Press, has seen 100 copies of Apian’s book; he believes there might be only 150 in the world. He collects rare astronomy books and, when a German press produced a faithful facsimile of Caesar’s Astronomy in 1970, he bought one and took it apart. “It’s very interesting; When you take it apart, you see there are instructions for how to put it together,” Gingerich says.
Humanity has, for its own part, been attempting to put the pieces of our universe together for millennia. The oldest astronomic visualization in Benson’s book is the Nebra sky disc, an oxidized copper disk that is 12 inches in diameter and decorated with a gold crescent moon, a large gold sun and small gold dots for stars. Excavated in Germany, it’s presumed to have been created between 2000 and 1600 BCE. On it, high between the moon and the sun, is a distinct cluster of seven: the Pleiades, shining then, as they do now.
Brain Pickings, November 2. 2014
COSMIGRAPHICS: PICTURING SPACE THROUGH TIME IN 4,000 YEARS OF MAPPING THE UNIVERSE
by Marina Popova
Link —>
-
A visual catalog of our quintessential quest to understand the cosmos and our place in it.
Long before Galileo pioneered the telescope, antagonizing the church and unleashing a “hummingbird effect” of innovation, humanity had been busy cataloging the heavens through millennia of imaginative speculative maps of the cosmos. We have always sought to make visible the invisible forces we long to understand, the mercy and miracle of existence, and nothing beckons to us with more intense allure than the majesty and mystery of the universe.
Four millennia of that mesmerism-made-visible is what journalist, photographer, and astrovisualization scholar Michael Benson explores with great dedication and discernment in Cosmigraphics: Picturing Space Through Time — a pictorial catalog of our quest to order the cosmos and grasp our place in it, a sensemaking process defined by what Benson aptly calls our “gradually dawning, forever incomplete situational awareness.” From glorious paintings of the creation myth predating William Blake’s work by centuries to the pioneering galaxy drawing that inspired Van Gogh’s Starry Night to NASA’s maps of the Apollo 11 landing site, the images remind us that the cosmos — like Whitman, like ourselves — is vast and contains multitudes. This masterwork of scholarship also attests, ever so gently, ever so powerfully, to the value of the “ungoogleable” — a considerable portion of Benson’s bewitching images comes from the vaults of the world’s great science libraries and archives, bringing to light a wealth of previously unseen treasures.
The book’s title is an allusion to Italo Calvino’s beloved Cosmicomics, a passage from which Benson deploys as the epigraph:
In the universe now there was no longer a container and a thing contained, but only a general thickness of signs, superimposed and coagulated, occupying the whole volume of space; it was constantly being dotted, minutely, a network of lines and scratches and reliefs and engravings; the universe was scrawled over on all sides, along all its dimensions. There was no longer any way to establish a point of reference; the Galaxy went on turning but I could no longer count the revolutions, any point could be the point of departure, any sign heaped up with the others could be mine, but discovering it would have served no purpose, because it was clear that, independent of signs, space didn’t exist and perhaps had never existed.
The project, which does for space what Cartographies of Time did for the invisible dimension, also celebrates the natural marriage of art and science. These early astronomers were often spectacular draughtsmen as well — take, for instance,Johannes Hevelius and his groundbreaking catalog of stars. As Benson points out, art and science were “essentially fused” until about the 17th century and many of the creators of the images in the book were also well-versed in optics, anatomy, and the natural sciences.
The book is, above all, a kind of conceptual fossil record of how our understanding of the universe evolved, visualizing through breathtaking art the“fits and starts of ignorance” by which science progresses — many of the astronomers behind these enchanting images weren’t “scientists” in the modern sense but instead dabbled in alchemy, astrology, and various rites driven by religion and superstition. (For instance, Isaac Newton, often celebrated as the greatest scientist of all time, spent a considerable amount of his youth self-flagellating over his sins, and trying to discover “The Philosopher’s Stone,” a mythic substance believed to transmute ordinary metals into gold. And one of the gorgeous images in Benson’s catalog comes from a 1907 children’s astronomy book I happen to own, titled The Book of Stars for Young People, the final pages of which have always struck me with their counterblast: “Far out in space lies this island of a system, and beyond the gulfs of space are other suns, with other systems: some may be akin to ours and some quite different… The whole implies design, creation, and the working of a mighty intelligence; and yet there are small, weak creatures here on this little globe who refuse to believe in God.”)
What makes Benson’s project especially enchanting is the strange duality it straddles: On the one hand, the longing to make tangible and visible the complex forces that rule our existence is a deeply human one; on the other, the notion of simplifying such expansive complexities into static images seems paradoxical to a dangerous degree — something best captured by pioneering astronomer Maria Mitchell when she marveled: “The world of learning is so broad, and the human soul is so limited in power! We reach forth and strain every nerve, but we seize only a bit of the curtain that hides the infinite from us.”
Unable to seize the infinite, are we fooling ourselves by trying to reduce it into a seizable visual representation? At what point do we, like Calvino’s protagonist, begin to mistake the presence or absence of “signs” for the presence or absence of space itself? It calls to mind Susan Sontag’s concern about how photography’s “aesthetic consumerism” endangers the real experience of life, which the great physicist Werner Heisenberg channeled decades earlier in a remark that exposes the dark side of visualizing the universe:
Contemporary thought is endangered by the picture of nature drawn by science. This danger lies in the fact that the picture is now regarded as an exhaustive account of nature itself so that science forgets that in its study of nature it is studying its own picture.
And yet awe, the only appropriate response to the cosmos, is a visceral feeling by nature and thus has no choice but to engage our “aesthetic consumerism” — which is why the yearning at the heart of Benson’s project is a profoundly human one. He turns to the words of the pioneering English astronomer and mathematician Thomas Wright, whose 1750 book An Original Theory or New Hypothesis of the Universe Benson considers “one of the best-case studies of scientific reasoning through image.” Wright marvels:
What inconceivable vastness and magnificence of power does such a frame unfold! Suns crowding upon Suns, to our weak sense, indefinitely distant from each other; and myriads of myriads of mansions, like our own, peopling infinity, all subject to the same Creator’s will; a universe of worlds, all decked with mountains, lakes, and seas, herbs, animals, and rivers, rocks, caves, and trees… Now, thanks to the sciences, the scene begins to open to us on all sides, and truths scarce to have been dreamt of before persons of observation had proved them possible, invade our senses with a subject too deep for the human understanding, and where our very reason is lost in infinite wonders.
Cosmigraphics is a treasure trove in its entirety. Complement it with a tour of parallel facets of humanity’s visual imagination, Umberto Eco’s atlas of legendary lands and Manuel Lima’s visual history of tree-like diagrams, then revisit the little-known story of how Galileo influenced Shakespeare and this lovely children’s book about space exploration.
The New York Times, October 13. 2014
COSMOS AS MASTERPIECE: IN 'COSMIGRAPHICS,' OUR CHANGING PICTURES OF SPACE THROUGH TIME
by Michael Benson
Link —>
-
The New York Times
Four elegantly cloaked, well-shod gentlemen in idiosyncratic caps peer through what seems to be a porthole at distant Earth — a planet so spiky with spires as to look machine-made. Their diverse headgear suggests differing national origins, with a turban wearer just visible to the far left.
The overall tenor of the scene — the brilliant sun above, a pale crescent moon below the terrestrial sphere — suggests that these are the great astronomers of history, engaged in discussions about the design of the universe. They’re positioned, however, on a weedy slope, which raises a question: Where are they, exactly?
The picture comes from a 15th-century French translation of the 1240 work “De Proprietatibus Rerum” (“On the Properties of Things”), by one Bartholomeus Anglicus, among the earliest forerunners of the modern encyclopedia.
I came upon it while surfing through early books on the website of the National Library of France; the image was a low-resolution black-and-white scan, but even that view was revelatory: at once enigmatic and precise, a 600-year-old proto-science-fiction rendering of the cosmos. The image, by an anonymous artist, is one of about 300 in my new book, “Cosmigraphics: Picturing Space Through Time,” being published Tuesday by Abrams — a survey of about 4,000 years of attempts to represent the universe in graphic form, whether in manuscripts, paintings, prints, books or broadsheets, all the way up to 21st-century supercomputer simulations of galaxy groups in flux and sunspots in bloom.
A symbiotic relationship between representation and understanding is evident throughout, with the latter not necessarily preceding the former. Graphic images need not be mere illustrations of concepts described in texts or equations; they can be an important form of knowledge in their own right. In “Laniakea Supercluster,” for example, the astronomer R. Brent Tully uses a supercomputer to visualize gravitational flow lines knitting together an echoing expanse of space-time more than 500 million light-years in diameter. In this as in other pictures selected for the book, the image was the discovery.
“Cosmigraphics” begins at the beginning — Day 1, creation, an address from which many visual depictions of the universe begin. Perhaps the most extraordinary set of pictures depicting space-time’s origins dates from 1573. Discovered in the mid-20th century in an obscure notebook in the National Library of Spain, it was painted by the Portuguese artist and philosopher Francisco de Holanda, a student and lifelong friend of Michelangelo.
In his first image, a set of elongated triangles represents the holy trinity, with the Greek letters alpha and omega on top and “Fiat Lux” (“let there be light”) just below. Swathed in flames, they extend down into a kind of clay vessel. Although clearly positioned within representational art of a particularly mystical kind, de Holanda’s triangular and circular forms seem simultaneously to anticipate early-20th-century abstraction — for example, Kazimir Malevich’s geometric Suprematist paintings. They’re startlingly modern.
The second notebook page, by contrast, seems to predict another singular genius: William Blake, whom it predates by two centuries. Here the Creator, belted by stars, has assumed a material form. The previously opaque vessel below is now transparent, and centered on a single planet. It has become the multiple nested crystalline spheres that for more than 15 centuries were thought to carry the planets, the sun and the moon on their courses, with Earth at their nucleus. This cosmological design, several variations of which can be seen in “Cosmigraphics,” was first proposed by Aristotle, and later modified and expanded by Ptolemy in the second century A.D.
Finally, de Holanda depicts a geometry of turning forms set in motion by God’s luminescent command. A giant sun pinions tiny Earth in a shadow-casting ray. While this work also vibrates with precursor elements to 20th-century avant-garde art, it contains an even more remarkable insight: Although the sun nominally rotates around Earth — the old geocentric universe of Aristotle and Ptolemy — in fact it dominates the picture, suggesting that the artist has subliminally grasped that it is the true center of our planetary system.
The image is one of several medieval and Renaissance depictions of cosmic design that seem to exhibit a kind of precognitive intuition of what Nicolaus Copernicus proposed in 1543 — the revolutionary notion of a heliocentric planetary system. (While de Holanda painted 30 years after Copernicus’s death, heliocentrism didn’t become accepted for at least another century, and it’s unlikely the artist meant to advocate it, if he even knew of it.)
The visual legacy encompassed by “Cosmigraphics” documents multiple stages of our evolving understanding as a species — a gradually dawning, forever incomplete situational awareness about the cosmos and our place within it, rising across millenniums. The book’s overarching subject is our emergence as conscious beings within an unimaginably vast and cryptic universe, one that doesn’t necessarily guard its secrets willfully, but doesn’t hand out codebooks either.
Among the narrative threads woven into the book are the 18th-century visual meditations on the possible design of the Milky Way — including the astonishing work of the undeservedly obscure English astronomer Thomas Wright, who in 1750 reasoned his way to (and illustrated) the flattened-disk form of our galaxy. In a book stuffed with exquisite mezzotint plates, Wright also conceived of another revolutionary concept: a multigalaxy cosmos. All of this a quarter-century before the American Revolution, at a time when the Milky Way was thought to constitute the entirety of the universe.
Wright’s vision was one seed from which our knowledge of billions of galaxies sprouted. “Cosmigraphics” traverses 16th- and 19th-century depictions of comets and eclipses, presents intensely colorful space-age planetary geological maps, and ultimately arrives at our contemporary understanding of space-time, in which whirling star-spirals glint all the way to the fading edge of the visible. But while the center doesn’t hold in this vision, neither does anarchy: We’re left with a spongiform universe of galaxy clusters foaming along weblike filaments of dark matter, which in turn extend between nodes of particularly bright high-mass concentrations. It all looks rather like a visualization of the Internet.
So where will it all end? “Cosmigraphics” concludes with a 14th-century vision of weightlessness. As with de Holanda’s notebook, it was discovered only in the mid-20th century, when restorers removed plaster from the ceiling of one of the outstanding surviving churches of Byzantium, Chora Church in Istanbul. This fresco depicting a human figure (evidently wearing a supernatural kind of space helmet) has become known as “The Angel of the Lord Rolling Up the Scroll of Heaven at the End of Time.”
Michael Benson, a visiting scholar at M.I.T.’s Center for Bits and Atoms, is the author of “Planetfall” and “Far Out.” This essay is adapted from the introduction to his new book, “Cosmigraphics: Picturing Space Through Time.”
-
The writer, photographer, and filmmaker Michael Benson began creating high-definition composites of the solar system in 1990, inspired, he says, by “2001: A Space Odyssey.” Benson draws from a vast archive of rover and space-probe images, taken over decades of NASA and European Space Agency missions. His own mission, as he explained in an interview with Time last year, is to create a visual legacy of over fifty years of inter-planetary exploration. By combining multiple frames taken with various exposures and color filters, Benson offers a sampling of how our seemingly indiscernible galaxy appears to the naked eye.
-
GALLERIES—CHELSEA
MICHAEL BENSON
They may look too good to be true, but Benson’s big color photographs of our solar system (the planet Earth included) are based on data gathered by robotic space probes, which he has isolated, collated, and polished to perfection. The results are astonishing, if occasionally reminiscent of the illustrated covers of slick science fiction. One vantage point hovers high above Saturn, observing the shadows cast by the planet’s rings; another takes in the far side of the moon, where the landscape looks like a scorched lava flow. Several pictures involve weather and its extremes, from carpetlike fog in a canyon on Mars to spitting plumes of fire on the sun.
Through March 9. (Hasted Kraeutler, 537 W. 24th St. 212-627-0006.)
-
Calling Michael Benson a curator of interplanetary spaceflight imagery only touches upon what he actually does.
“Curatorship is one of the roles I play in relation to these images,” began Benson via email. “I would divide my roles into curatorship, meaning a sifting through tens of thousands of raw frames in effect panning for gold; then image processing: compositing and mosaicking the raw frames to make final images frequently from dozens or even hundreds of raw frames, then optimizing for print and finally exhibiting the results in various venues.”
The seemingly infinite number of frames seem appropriate for a man who is dealing with, after all, the infinite subject of space.
Benson entered the world of space photography in the early 1990s after working as a photographer and journalist and attending NYU graduate school to study film.
“I started to get increasingly fascinated by the way Web and online archives had suddenly—explosively—democratized access to the ever-growing archives where raw spacecraft data is amassed.”
He began writing about it and digging for extraordinary images, which eventually led to books and gallery shows.
His latest show, Planetfall: New Solar System Visions, is currently on view at Hasted Kraeutler in New York City through March 9 and will travel to the American Association for the Advancement of Science on March 27 in Washington, D.C.
Benson has seen a lot of images since he began working in this genre more than two decades ago and has been impressed with discoveries, both of space exploration and with the technology used to capture the images.
“The fact is that in the last six decades we have for the first time in history become aware of other landscapes under the sun,” explained Benson. “That’s pretty amazing and revelatory. … We belong to a vast suite of solar-powered, sun-orbiting landscapes, some almost surreal, some recognizably like the deserts and ice caps and even lakes of Earth. It’s a kind of kinetic archipelago.”
Technology-wise, one of the most important advancements in Benson’s mind is the camera system in orbit of Mars operating since 2006. “That’s the equivalent of what a spy satellite might carry in Earth’s orbit, only here sent to another world,” Benson wrote. The camera used is a HiRISE on NASA’s Mars Reconnaissance Orbiter, “which has a 19.7-inch aperture, allowing it to take images of the surface of Mars of about 1 foot per pixel—good enough to get shots of our three rovers on the surface, for example, or even high-quality images of follow-on spacecraft descending to the Martian surface under parachutes.” Many of the images can be found in Planetfall.”
Although impressed with the Mars imagery, he went on: the “Jupiter system has always been a place I come back to, so to speak, for the endless variety of belted storm clouds on the face of the biggest planet but also the sci-fi strangeness of its four large moons, two of which are about the size of planet Mercury,” wrote Benson.
With a bit of luck, Benson is able to create color composite imagery. In this case, “luck” means a minimum of two exposures of the same subject shot though both a red and blue filter needed to begin the process of creating a color image (sometimes a third image is taken through a green filter; other times a synthetic green image can be made). Benson attempts to create an accurate representation of the final image, though he states this can be tricky:
“At least with this particular subject matter, I usually try to give as accurate a representation as possible of what the human eye might see if we could travel to these places ourselves,” Benson emphasized. “When I have achieved that, which can take some doing, I then apply the standard techniques of photography and print making to try to get extraordinary final results out of the material.”
“The only way to show or even purport to show the solar system with any accuracy with our existing tools and date streams is to engage in a significant amount of image processing … otherwise, you get very pixelated black-and-white material that’s usually not even very readable, let alone compelling.”
For his next project, Benson will in essence be working within a completely different spectrum.
“I’m not just a space freak,” Benson said. “My next project is called ‘Nanocosmos’ and will involve electron microscope photography, so I’ll be checking out topographies at the other end of the size scale.”
The New York Times, December 10. 2012
A SCRAPBOOK OF OUR RELATIONSHIP WITH THE UNIVERSE
by Dana Jennings
-
In her excellent 2011 collection, “Life on Mars,” the poet Tracy K. Smith writes of “seeing the high beams of a million galaxies flick on at twilight.” That’s the kind of wonder I felt as Michael Benson’s “Planetfall” carried me away.
Mr. Benson is a filmmaker, writer and photographer who specializes in letting the reader reach escape velocity from the terrestrial comfort of an easy chair. His previous books — both from Abrams — include “Beyond: Visions of the Interplanetary Probes” (2003) and “Far Out: A Space-Time Chronicle” (2009).
His goal in “Planetfall,” he writes, is to present “a retrospective look at the visual legacy of 21st-century space exploration.” Mr. Benson reminds us that it has been just 50 years since the first spacecraft waltzed with another planet, when an American Mariner probe dipped past Venus in December 1962. He then takes us on an interplanetary pleasure cruise that stretches from the Sun to Saturn. All retrospectives, art and otherwise, should shock us awake the way this one does.
In a sense, Mr. Benson has scrapbooked an up-to-date album of our solar system using mostly primary-image data from NASA and European Space Agency missions from 2000 to 2012. And so, among dozens of striking images, we’re privileged to see Earthrise on the Moon and the restless sand seas of Mars; sunspots in bloom and the cryptic moons of Jupiter; and the rings of Saturn looking like the cosmic grooves of a very long-playing album.
Mr. Benson’s first definition of the word planetfall is “the act or instance of sighting a planet after a space voyage.” And one of the delights here is that the reader makes planetfall too, joining the community of camera-bearing, spacefaring robots and their human handlers.
But the dynamics of observing are complex. In these photos we’re not just gazing at lunar barrens and the dunes and lakes of Titan, a moon of Saturn, but also, in a sense, looking at ourselves, turning the solar system into a mirror of human achievement.
The subtext of these images is our guts and intelligence as a species able to secure such photographs, in willing ourselves into outer space. We weren’t invited to the vast celestial prom, but we went anyway. From ancient times, the cosmos have colonized our inner space, but now we can abandon land rovers on Mars, blithely building our very own Martian junkyards.
Getting at that tension, Mr. Benson quotes the theoretical physicist Werner Heisenberg to good effect: “We have to remember that what we see is not nature herself, but nature exposed to our method of questioning.”
In a book full of startling photographs — I gasped at the images of the Sun, the heat rising off the page making me feel as if something inside me were melting — the one that stunned me the most was taken in November 2006 by the Mars Reconnaissance Orbiter of frosted southern dunes on Mars in winter.
In a three-page gatefold spread those dunes are as lush as an Edward Weston bodyscape and make me want to shout Cézanne, Picasso, Tanguy all at once. But this abstract and alien Mars-scape is real, not a bug-eyed monster in sight.
“Planetfall” is a book of science through and through, but it also deepens our sense of the miracle and the mystery of the universe, of our eye-blink lives. We’re all bundled in bewilderment on this little blue bungalow between Mars and Venus, but Mr. Benson has given us a cozy front porch, a fine place from which to watch Ms. Smith’s high beams of a million galaxies.
**
Dana Jennings is an editor at The New York Times.
A show based on “Planetfall” will be on view Jan. 24 to March 9 at the Hasted Kraeutler Gallery, 537 West 24th Street, in Manhattan.
Photo District news, October 24. 2012
Q&A WITH MICHAEL BENSON, CURATOR (AND EXPLORER) OF SPACE PHOTOGRAPHY
by David Walker
-
Writer, photographer and filmmaker Michael Benson has just compiled his third book of space photography, called Planetfall: New Solar System Visions. Published by Abrams, it features spectacular close-range landscape images of planets, planetary moons, asteroids and the Sun, which Benson has culled and processed from the image databases of various space probe missions. Hasted Kraeutler gallery in New York City will exhibit the work in December. As Curiosity, the Mars rover, was beginning to send images of the planet’s surface back to Earth, we asked Benson about technological advances in space photography, and his fascination with digging in photographic archives.
PDN: What does “planetfall” mean?
Michael Benson: My using that term dates back to my experience of sailing across the Atlantic in a 38-foot sailboat in the summer of 1989. I experienced landfall after a month at sea, and that stayed with me: That visceral sensation of getting back to land after a long, dangerous trip. The origins of the term “planetfall” came from my feeling of what landfall means existentially, even spiritually.[Another] definition of planetfall has to do with the decline of a biosphere. I’ve looked at thousands of images from space over the last few months, and many images show evidence of planetary distress. For instance you can see smoke filling the air of the entire continent of South America due to the burn off of jungles. My view is that an honest look at the early twenty-first century solar system needs to include visual evidence of climate change here on the third planet.
PDN: What inspired your interest in space photography?
MB: I’ve always been fascinated by space. I was born in 1962. I remember watching Neil Armstrong set foot on the moon on a black-and-white TV. But even before that, [what] set me on a trajectory of being completely fascinated with the question of our place in space and time was seeing 2001: A Space Odyssey. My mom took me to see it when I was 6 years old. I was utterly amazed and fascinated and confused. It was my first real exposure to a masterpiece of art, and I’ve viewed space through the lens of art ever since.
PDN: What distinguishes Planetfall from your two previous books?
MB: It is in some ways an extension of Beyond: Visions of the Interplanetary Probes, which came out in 2003. Beyond is a survey of the entire genre of robotic space flight over 50 years. Planetfall is a look at twenty-first century images of planets, picking up where Beyond left off, but picking up at a very fruitful moment.In the last 12 years we’ve seen an exponential increase in the power of imaging systems sent to the planets. It has included most [of] the entire story of the two [Mars] rovers—Spirit and Opportunity. Of course, as of three weeks ago, we have a much bigger and more capable rover, Curiosity, on the surface of Mars, which will open a still newer chapter. But regarding Planetfall, there have been so many extraordinary visual achievements during that 12-year period.
PDN: For instance?
MB: With Spirit and Opportunity, for the first time, we had mobile landscape photographers [rovers] on the surface of another planet, able to climb mountains and document all manner of phenomena, including dust devils whipping by. The Cassini spacecraft has arrived at Saturn since Beyond came out. Cassini has produced an incredible bounty of images of all types of phenomenon, from Saturn’s rings to its moons to shadow play of the rings across the surface of Saturn.PDN: How do you go about finding these images?
MB: By digging in archives of various missions. A major chapter in the history of photography … [which] has been unfolding over the last 50 years … is the visual legacy of robotic space flight. In the absence of human photographers, what’s left is a staggering number of RAW image data frames and thus a lot of curating, color correcting, mosaicking and so forth.PDN: Do you have to physically go to archives and sit down in front of a computer screen?
MB: No, it’s all online. I browse from home. I dig out RAW frames, and sometimes there’s a very complex image-processing chain.
PDN: Can you describe that?
MB: In order to get a true color image of a planet, the spacecraft has to have taken, at minimum, two images of the target area, through two filters—let’s say red and blue. In that case, the green filter can be interpolated. But ideally, three images are taken. They look like black-and-white images in RAW form, but they have been taken through red, green and blue filters. Those can be composited in Photoshop to make an RGB color shot.PDN: So you put the three layers on top of each other and voilà, there it is?
MB: It’s a little more complicated than that. They have to be aligned. The spacecraft is going faster than a rifle bullet, and so the geometries are changing. There are various hoops you have to jump through in order to get everything to work correctly. And in many cases the filter combinations are less than ideal, requiring various techniques to get them to produce a reasonable true color shot.PDN: Can you describe the curating process? It would seem like there are thousands of images to comb through.
MB: There are and it’s a lot of fun. There’s a lot of panning for gold in the archives, which I really enjoy. And if you’re lucky, you get something really unusual. You just sort of know it when you see it.PDN: Have you seen anything spectacular yet from Curiosity, the latest mission to Mars?
MB: It’s just getting its bearings. What’s exciting about what we’ve received so far is the very high quality of the images.PDN: Can you tell me about the cameras on the probes?
MB: They’re CCD cameras, totally custom made. For a mission like Cassini, they have in effect telescopes attached to them. Curiosity has so many cameras on it, it’s like a panopticon. I can’t tell you in great detail how they assemble the cameras, because I’m not really a tech-head.PDN: How smart are the cameras? Do they point in only one direction?
MB: There’s a high degree of control over most of the cameras, but no real-time control. Curiosity was nine minutes away when it comes to light travel time, though this changes all the time as the distance between the planets change. So [the probes] will be ordered to document this, that or the other thing well in advance.
PDN: Planetfall is different from Beyond in that it showcases the images, with captions and explanatory text moved to the back of the book. Why?
MB: I wanted this to be a non-verbal trip through space. I’m not producing a textbook. In 2001: A Space Odyssey, [director Stanley] Kubrick did not provide the viewers with lots of information explaining at every stage what was going on. He wanted them to get engrossed in the mystery and glory of the trip. I think I used that principle as a guide. I don’t always want to have a voice saying, “The reason the clouds are that color is because of ammonia in the atmosphere.” I wanted people to look at the images [in Planetfall] and try to figure out what was going on. A lot of what I do is to try to trigger a sense of awe or amazement.PDN: What technology do you anticipate will enable space probes to get images that they can’t get now?
MB: We’re getting to higher and higher resolutions. Mars Global Surveyor has been orbiting around Mars with a camera system that has the power of spy satellites orbiting Earth. Also, I think we’re heading toward very high quality three-dimensional imaging.PDN: Politicians are in a cost-cutting mood, which doesn’t bode well for these programs.
MB: The Planetary Science division of NASA has been asked to accept a 20 percent cut in funding, or $300 million. It’s a gloomy prognosis. I like to think the success of Curiosity will create sufficient interest that people will be advocating that funding continue for these efforts.PDN: What comes after this series of space books?
MB: I’m going to be doing a book called Nanocosmos, which is electron microscope photography of various phenomenon, various aspects of natural design. I’m going to the opposite end of the size scale. – See more at: http://www.pdnonline.com/features/QandA-With-Michael-Ben-6886.shtml#sthash.nGSDem49.dpuf
The Atlantic, October 23. 2012
PLANETFALL: A NEW ANTHOLOGY OF OUR EXPEDITIONS ACROSS THE SOLAR SYSTEM
by REBECCA J. ROSEN
-
We began haltingly, with rockets that scraped the edge of space with their noses; moved on to orbiters that circled us in our small, atmospheric cocoon; and, gradually, we grew more confident, sending not just probes and dogs and monkeys, but our own flesh and blood to the moon.
Today, we have humans living on a semi-permanent basis in space, rovers prowling about Mars, and spacecraft whizzing by planets beyond the asteroid belt. Voyager I, our farthest-sailing creation yet,will soon leave the bubble of our sun’s winds and cross into interstellar space — a boundary we’ve only begun to understand in the 35 years since Voyager launched. We haven’t exactly conquered the solar system, but we have laid our claim.
At the same time, we are getting a better idea of just what a tiny speck in the universe our solar system is. Our telescopes both in orbit and on the ground have provided us with ever-clearer pictures of the universe beyond our solar neighborhood: nearby stars, local galaxies, and the deepest reaches of the universe. In 1995, scientists aimed the Hubble telescope at a tiny, blank patch of the night sky; they found it teeming with *galaxies*. NASA’s Kepler mission has identified thousands of probable planets orbiting stars just in the local region of the Milky Way. Just two decades ago, we didn’t know there was a single one. Last week, we learned there is at least one planet orbiting Alpha Centauri B, located in the system of stars closest to our own.
But despite all of this — despite our Voyagers’ journey to the heliosphere’s edge and despite our portraits of thousands of remote galaxies — we also know that our solar system is, well, huge. After all, it has taken Voyager 35 years traveling at some 35,000 miles per hour to get to the edge. And it’s magnificent too: There are Saturn’s icy rings, Jupiter’s three-times-the-diameter-of-Earth boiling storm, and Europa’s oceans. And all of these are tiny — tiny — when compared with the sun, which alone makes up some 99.8 percent of all the mass in the solar system, weighing in at 4,385,214,857,119,400,000,000,000,000,000 lbs, or 333,060.402 Earths.
Almost as though timed to remind us of this majesty, a new book, Planetfallby Michael Benson (Abrams), showcases this small, familiar neighborhood of the galaxy in a way that feels neither small nor familiar. Benson, a longtime self-described “hard-core space freak,” narrates the visual journey across our solar system with a rich, beautiful text. But it is his curation — the selection of portraits of “a kind of Calder mobile of related landscapes all lit by the same key light” — that adds art to the underlying science. “Human beings,” Benson writes, “have been fascinated with the sky since prehistory. It’s us, the generations alive today, who get to see these worlds for the first time.” These images, all of which were taken since the year 2000, are something to stare at for hours, to marvel at, to behold.
The title, Planetfall, is meant as a 21st-century version of landfall — that moment when, after months in the void, you spot an edge, a little bit of planet, *a place*, coming in to view. But planetfall has a secondary meaning as well, one that hits a bit closer to home. “If we look closely at our planet in images taken from space during the last decade, it’s hard not to notice some troubling signs,” Benson observes. He continues, “One definition of the term “planetfall” comes to mind: a decline in the biosphere of a planet, whether due to actions by indigenous species or other causes.” [Emphasis in original]
Benson’s tour begins with Earth and moves outward from there, covering Mars, the Asteroid Belt, Jupiter, and Saturn (the Sun gets a chapter too, albeit following Earth, out of geospatial order). In the selection of images below, I’ve highlighted the four planets Benson includes (Earth, Mars, Jupiter, and Saturn), and for each planet I’ve selected one picture that gives you more of a sense of the planetary body as it hangs in the void of space (as Earth below) and one close-up (click on the images to expand). With Earth and Mars, the close-ups are quite close, giving you a sense of the terrain. But for the planets farther out in our system, ones we cannot and have not reached with the same intimacy, the close-ups and distance shots are more similar, a reminder of how much is yet to be explored and seen.
One realization that comes from looking endlessly at space images, “is that for all the visual splendor and eerie, chilling beauty, there isn’t one place out there that can match the beauty and, you know, fecundity, the temperate livability of Earth,” Benson wrote to me.
“We were never expelled from Eden, you know, it’s yet another Judeo-Christian misconception about the nature of our situation. … And [yet] there are a number of highly disturbing images of Earth in which you see clearly, in one case from a distance of about 64,000 miles, that there’s something rotten going on. In that specific image, you can see dense smoke from Amazon jungle burn-off filling the atmosphere over most of South America. This is of course a total scandal, the hallmark of an out-of-control species.”
In the book, Benson includes images of the Earth dominated by the mark humans have left on the planet, still the only place in the universe where life is known to exist, with all the beauty and destruction it entails.
The next stop is Mars, a planet so close and in some respects similar to our own that is “has long had an ineffable hold on the human psyche,” Benson writes in the book. “Before spaceflight but after the advent of the telescope, a period of about 350 years, we could see just enough of the planet to recognize that it was a desert world with obscure seasonal changes that — perhaps — signified life.”
Mars is not the only other planet we’ve landed on (several Soviet spacecraft made it to Venus) but certainly the one we know best after our own. With two orbiters and two rovers arriving in the first decade of the 21st century (Europe’s Mars Express, NASA’s Mars Reconnaissance Orbiter, and the twin Spirit and Opportunity mobile labs) and, of course, Curiosity’s arrival this past summer, humans are well on their way to mapping and exploring the planet’s dusty surface. In the years ahead, with Mars passing closest to Earth in the early 2030s, the question of a manned mission to the red planet will loom larger, but other planets and moons (Benson says he is particularly intrigued by Jupiter’s ice-moon Europa) beckon, harder to reach, but with greater promise of truly surprising discoveries.
After Mars, Benson moves on to Jupiter, which he said to me over email is to him “the single most awesome object in the solar system — apart from the sun, of course.” Though Voyager passed by in 1979 and Cassini did so in late 2000/early 2001, no spacecraft have gotten up close and personal with the gas giant, the largest planet in the solar system. “Cassisni’s closest approach,” Benson writes in the book, “brought it to only within six million miles of the planet — about 25 times the distance between the Earth and Moon.”
In less than four years, our view of Jupiter will change, as the Juno spacecraft, launched into orbit in 2011, begins to orbit the planet. From there, we’ll get our best pictures yet of its stormy strata, its massive red eye, and its archipelago of moons — four large ones (Mercury- or Luna-sized) and 62 smaller satellites. Those four moons — Io, Europa, Ganymede, and Callisto — were discovered by Galileo in 1610. Europa, in particular, holds promise as the best candidate for extraterrestrial life within our own solar system. Its ocean may contain as much liquid water as all of Earth’s oceans together, Benson wrote to me. With its moons and its storms, “Jupiter’s proved to be just as awe-inspiring as the Ancients somehow intuited when they named it after the King of the Gods.”
The last stop in our Planetfall journey brings us to Saturn, for me the most visually stunning nearby planet. “It’s hard to conceive of a planet more sublime than Saturn,” Benson writes in the chapter’s introduction. “If Jupiter posses a ferocious magnificence befitting a planet named after the kind of the gods, Saturn has a more feminine beauty — a grace in part due to its accoutrements, a set of stunningly ethereal rings that float in a kind of superfine liquid suspension around its waist.”
Since arriving at Saturn in 2004, NASA’s Cassini spacecraft has documented a planet and lunar system far more active than previously known — as in the pictures of geysers of freezing water on Enceladus, Saturn’s sixth-largest satellite, and a storm springtime in the planet’s northern hemisphere. It is discoveries like these that continue to keep the door open on solar-system exploration; we may be on the verge of crossing into interstellar space, but there is so much unknown within our solar bubble. “Even as the solar system feels increasingly familiar to me, it has even more ability to blow me away.”
“These worlds are our proximate neighbors,” Benson writes. “An archipelago in a sea so deep that it’s for all intents and purposes infinite, in both space and time.”
But in the end, he finds, “there’s no place like home. And this is after a lot of research into what Oz is all about, believe me. After you linger a while on the dusty plains of Mars, or the utterly sterile valleys of the Moon, or name your solar-system landscape, the call of a tropical terrestrial beach becomes utterly seductive — not to mention a glass of wine, a great meal, [and] a beautiful person.”
***
For more information on Michael Benson’s work, see http://michael-benson.com. Images from Planetfall will be on exhibition at Hasted Kraeutler Gallery in New York City beginning December 13. His 2002 Atlantic essay, A Space in Time, can be found here. Copyright © 2013 by The Atlantic Monthly Group. All Rights Reserved.
-
Spacecraft engineers may not think of themselves as artists, but in the right hands, the fruit of their labors can be as artistic and as revolutionary as Leonardo da Vinci’s anatomical sketches — as evidenced by the stunning views on display in Michael Benson’s “Planetfall: New Solar System Visions.”
“It’s an amazing thing that in the last 50 years, we have expanded the realm that’s accessible to us either directly or indirectly as a species,” Benson told me. “As a result, we have a new chapter in image-making and photography. In a way, this brings science and art together, as it was in the Renaissance.”
“Planetfall” presents more than 120 images of solar system bodies ranging from our own home world to the sun and moon, Mars, Jupiter, Saturn and asteroids and comets — all in a whopping 12-by-15-inch (30-by-38-centimeter) page format. Some of the photos stretch out over double-folds, triple-folds, even quadruple-folds (which translate into roughly 5-foot-wide panoramas).
To create the photos, Benson went back to the raw data from NASA and European Space Agency missions. “It’s a point of pride to build most of these images from the ground up,” Benson said.
Benson, a writer/filmmaker/photographer, has done this before. His earlier books, “Beyond” (2003) and “Far Out” (2009), presented imagery from planetary probes and deep-space views, respectively. At first, Benson thought he’d just update the “Beyond” book for a new edition. “But then I thought it would be fun to change the format of the pages, and simply look at 21st-century planetary photography — because we really have had a renaissance of these missions in the past decade,” he said.
Making planetfall
For the book’s title, Benson used a word that capitalizes on the concept of an explorer making landfall. “Planetfall” is defined as the moment when visual contact is made with a celestial body. Following through on that theme, the book is structured as a series of movie-like journeys — beginning with an establishing shot, then moving in for glorious close-ups.
The section on Mars starts out with a long-range view of the Red Planet from ESA’s Rosetta probe during its flyby on the way to a comet encounter. “It’s one of the very rare pictures where you see a planet with the Milky Way behind it,” Benson said. The point of view zooms in to reveal the terrain as seen from orbit, including a marvelous shot of ground fog lying at the bottom of a Martian canyon, as seen by ESA’s Mars Express probe (page 100). Then there’s that stunning series of panoramas from NASA’s Mars rovers, ending with a blue-tinged sunset as seen by the Opportunity rover.
With only a few exceptions, Benson tries to come as close as he can to the view that human eyes would see, which sometimes requires some tricky image processing. For example, a picture of Saturn’s geyser-spewing moon, Enceladus, is based on image data from the Cassini orbiter in infrared, green and ultraviolet wavelengths. Benson said he tweaked the data to come up with a red-green-blue combination (page 187).
“I think I got away with it pretty well,” he said. “It makes a very worthy color image. … To my knowledge, it’s the first time that a global portrait of Enceladus has been released where you see the geysers in color.”
In addition to the book, which is published by Abrams, Michael Benson is working on a “Planetfall” photo exhibition that will be on view at New York’s Hasted Kraeutler Gallerystarting in December, and at the American Association for the Advancement of Science in Washington next year.
How scientists see art
So how does Benson’s work sit with planetary scientists? “Obviously everybody’s worried about the funding [for future planetary missions]. Anything that can get the word out about these missions is good by them,” Benson said.
He’s also heartened by an endorsement from Paul Geissler, a planetary scientist at the U.S Geological Survey who has collaborated with Benson in the past. “He has an artist’s eye, so he sees things differently than a scientist would,” Geissler told The Wall Street Journal last year. “I honestly think that he has done as much to support and further solar-system exploration as many scientists who are working in the field.”
Benson said he has just as much respect for the scientists who make his artistry possible.
“We have a fantastic chapter in the history of photography that has been brought to us, almost as a side effect of these missions,” he told me. “Their primary reason for happening is scientific research, but we also have this opportunity to see what these places look like. I believe we will inevitably end up expanding as a species. It may take longer than the visionaries of the 20th century thought, but I do believe it will end up happening. This is still the opening chapter: We’re seeing the end of the beginning of that move.”
Update for 5 p.m. ET Oct. 19: I originally wrote that Benson coined the term “Planetfall,” but commenters have rightly pointed out that the term has been around in science fiction for quite a while, meaning the interplanetary equivalent of landfall. In fact, it was picked up as the name of a computer game in the 1980s. Benson tweaks the meaning a bit, using it to define a visual discovery rather than an actual landing. I’ve revised this item accordingly.
-
In the last decade, the multimedia artist Michael Benson has staged a series of large-scale exhibitions of planetary landscape photography. He takes raw image data from deep-space missions run by NASA and the European Space Agency and digitally processes it to create large-format landscapes. His 148-print, seven-room exhibition, “Beyond: Visions of Our Solar System,” was on view in the Art Gallery of the Smithsonian Institution’s National Air and Space Museum in 2010 and 2011. His next book of planetary landscapes, “Planetfall,” will be published by Abrams in the fall of 2012. Some of the pictures reproduced here come from that project.
ArtNews, November 1. 2011
MICHAEL BENSON, HASTED KRAEUTLER. EXHIBITION REVIEW
by Vicki Goldberg
-
Some of the most beautiful and important photographs ever taken turn out to be images of outer space. These have been able to change, and in many instances form, our ideas about the universe. So it is with a shiver of awe that we view Michael Benson’s large, digitally composed photographs based on pictures captured by robotic space probes such as Galileo, Voyager, Pathfinder, Magellan, Viking. Images of the looming white globe of Uranus embraced by delicate rings, a bright crescent Neptune and its small curved moon, and Saturn, with its rings sliced apart by the planet’s dark shadow, all appear against the profound blackness of space.
Only robot surveyors have “seen” these phenomena firsthand, and only in photographs could we possibly see them in such astonishing detail. Benson searched through space agencies’ archives and made some mosaic and successive fly-by images into seamless single pictures. He had them printed in color—pictures that were taken three times through three colored filters but transmitted back to earth in black and white—and then enlarged them to a size that speaks of the power of these desolate or frozen, fiery or churning worlds.
These photographs serve as a reminder, if one is needed, of how small we are and of how incapable we are of crossing such spaces ourselves. Benson has very cleverly found a way to map them for us. The photographs are also powerfully presented in Benson’s book Beyond: Visions of the Interplanetary Probes, published by Harry N. Abrams in 2003.
The New Yorker Goings On About Town, March 21. 2011
GALLERIES—CHELSEA. MICHAEL BENSON
by Vince Aletti
-
Benson’s photographs of the sun and the planets have been tweaked for maximum wow effect. Digitally constructed from dozens of images taken by robotic cameras on space probes during the past fifty years, the finished pictures are so polished they’re dreamlike—more Disney than NASA. Uranus, a milky-blue marble, floats in a black void surrounded by wire-thin rings; the sun, spitting fire, appears ready to explode; and the Earth hovers into partial view, a dust storm swirling through the Sahara. Benson’s brand of hyper-reality is super-slick but hard to resist. Through March 26. (Hasted Kraeutler, 537 W. 24th St. 212-627-0006)
The New Yorker Photo Booth blog, February 8. 2011
MICHAEL BENSON’S STAR SEARCH
by Caroline Hirsch
-
To create his astral “mosaics” (his word), Michael Benson surfs the vast NASA and ESA (European Space Agency) image archives, most of which have raw files ready for download, then spends countless hours combining single images into composite portraits of celestial bodies. The other night I skated over to the opening of Benson’s “Beyond” exhibition, at Hasted Kraeutler, and the results are awe-inspiring; their simplicity and clarity belie the time it takes to stitch each image together.
The Wall Street Journal, February 3. 2011
BOLDLY GOING WHERE NO ARTIST HAS GONE BEFORE
by Andy Battaglia
-
An Artist Collects Data Sets From Outer Space and Translates Them Into Photographs Fit for Earthly Appreciation
Michael Benson is an artist who drifted into a sort of side career in database management—though it’s an unusual kind of data specialist who can count among his fans an operator of Mars Rover cameras and a special-effects supervisor for Stanley Kubrick’s “2001: A Space Odyssey.” Then there are the many readers of his richly appointed coffee-table books, and patrons who go, wide-eyed, to ogle the results of his interstellar findings on gallery walls.
“I have all these moments after doing a bunch of work when I realize, ‘My God, I’m the first human being to ever see this,” Mr. Benson said, staring at a giant picture of Jupiter in his home office on the Upper West Side.
The photograph, which will hang at a show of Mr. Benson’s work opening Thursday at the Hasted Kraeutler Gallery in Chelsea, is the product of many hours of labor, all started with salvage from an immense and mostly inscrutable dump of data from outer space. Such is the putty that Mr. Benson molds into his art, which entails taking abstracted digital data sets from the realm of space science and processing them into photographs fit for earthly appreciation.
His project started in an unofficial capacity in Eastern Europe, where Mr. Benson lived in the mid-’90s, around the time he first acquainted himself with the Internet. “I was in Ljubljana, Slovenia, which is not exactly the center of the world, and I was logging on and looking at images of a moon of Jupiter taken a week ago,” Mr. Benson said. “I was in effect using the web for self-directed space exploration.”
What he found were astounding pictures beamed back to Earth from probes and robotic spacecraft wandering the cosmos since the 1960s. Many of the images, save for the few that wound up in magazines or books, went unseen by human eyes. His search eventually led him to the Planetary Data System, a NASA website trafficked mostly by planetary scientists in search of information about such matters as geology and atmospherics.
“He has an artist’s eye, so he sees things differently than a scientist would,” said Dr. Paul Geissler, a planetary scientist with the U.S. Geological Survey who works on imaging for Rovers on Mars. “I honestly think that he has done as much to support and further solar-system exploration as many scientists who are working in the field.”
The biggest part of what Mr. Benson does is to take slivers of pictorial information sets and transform them into beautiful composite photographs that represent what things like planets and moons really look like. Space probe images, taken at staggered times and through numerous color filters, don’t come back on their own as ready-made feasts for the eyes.
“One of the interesting things about these images is that sometimes you’ll have 45 minutes of time in a single image,” Mr. Benson said. “Sometimes I feel like I can sense, in the richness of it, time passing within the picture. And frequently a spacecraft, which is traveling faster than the speed of a rifle bullet, will have changed its view a little as it goes.”
The process of dressing up a single image sometimes involves weeks of work in Photoshop, but it also draws on deep reserves of curiosity and philosophical inquiry that Mr. Benson has made an integral part of his work. His two books, “Beyond: Visions of the Interplanetary Probes” and “Far Out: A Space-Time Chronicle,” feature a wealth of writing and rumination by Mr. Benson, as well as writers like Lawrence Weschler and Arthur C. Clarke (the latter of whom Mr. Benson spent a few weeks with in Sri Lanka while working on a film about what it means to think about space). Parts of that film will screen at the exhibit at the Hausted Kraeutler Gallery, alongside 15 prints of Mr. Benson’s photo work—some images of the sun, some of planets and some of various moons including Europa, which Mr. Benson described as “essentially a huge drop of water orbiting Jupiter with an ice crust and lots of liquid water underneath.”
As suits his subject, Mr. Benson’s work can be beautiful, disquieting and, in many different ways, profound.
“I think of him as analogous to the translator of poetry, someone who looks at poetry in another language and transforms it into something we can see,” said David Acton, a photo curator at the Worcester Art Museum in Massachusetts, where Mr. Benson’s work has shown.
The effect of his work also translates to terms much more simple. “Every time I see Michael’s work, it gives me a feeling of actually being in space in some remote location, even if it’s via a telescope or a remote probe or a digital camera on a spacecraft,” said Douglass Trumbull, who worked with Stanley Kubrick on the visual effects for “2001.” “I really admire the way he’s able to modulate and perfect the databases that are there. His aesthetic is to make these things beautiful—not just scientifically valid but intensely beautiful.”
The Washington Post, October 3. 2010
'BEYOND: VISIONS OF OUR SOLAR SYSTEM': A STUNNING LOOK OUT OF THIS WORLD
by Blake Gopnick
-
The sun is 93 million miles away, and the temperature at its surface is 10,000 degrees.
Saturn is 777 million miles from us, and the tops of its clouds are at an icy 285 degrees below zero.
Mars is much closer and friendlier: only 49 million miles away, and averaging a hospitable minus 80 degrees.
What would it mean to get a firsthand look at objects so nearly unreachable, so unwelcoming, so unfathomably strange? That was the question that stayed with me as I viewed the 146 amazing photographs of planets, their moons and the sun in “Beyond: Visions of Our Solar System,” an exhibition at the Smithsonian’s National Air and Space Museum. (Some of the same images are also on view, and on sale, at Longview Gallery through Oct. 24.)
The oldest saw about art is that it “makes absent things present.” But what should we make of images that bring planets within reach? A picture of a dog lets us know what it would feel like to be within sight of it. But being brought “within sight” of Jupiter’s moons demands a suspension of disbelief at a whole different level. The stunning images in “Beyond” do an amazing job of showing us worlds we’ve never seen and never will see. That makes them feel more like fiction, even poetry, than fact.
They are, however, almost entirely factual. Michael Benson, the New York-based writer, photographer and filmmaker who is behind this show, gathered its images from databases at NASA and elsewhere, sorting through tens of thousands of pictures to find the most striking ones.
What was in those databases wasn’t a lot like what is on the walls in “Beyond.” Scientists don’t care much about getting pretty pictures. The cameras on their spaceships and probes are meant to deliver information, so they shoot in black-and-white, often through colored filters that yield data. For a scientist, 60 shots that pan across a planetary landscape are as useful as a single gorgeous panoramic one. A black-and-white that captures only the blue wavelengths bouncing off a planet might be more useful than a true-color shot.
Scientists will even happily de-beautify their photographs — for instance, by adding gridded dots, called reseau marks, that help them calibrate equipment.
Benson, working with the imaging specialist Paul Geissler, took the optical information offered by the scientific photos and translated it into pictures of the planets as they might appear to the naked eye.
Benson Photoshopped out thousands of the reseau marks, then filled them in with pixels cloned from nearby on each image. Information garnered through colored filters had to be read in terms of what it said about the real colors in a scene, and was then melded with black-and-whites. Some of the color information might come from pictures taken on a different fly-by. In one case, it came from pictures taken during a different space mission.
To get an eye-filling, seamless image of Jupiter and its moon Europa, Benson stitched together 60 photos. He did the same for his image of a Martian dust storm, and for his panoramas of the Martian surface seen from inside a crater.
There might be guesswork and artistic intuition in some of Benson’s reconstructions, and even a tiny touch of poetic license. Pictures of the sun tend to be shot in the invisible ultraviolet spectrum rather than by visible light. They could be printed in any color, Benson explains, but he chose flamelike reds and yellows. “NASA does release some of those pictures in green, and I wince. . . . I wanted to make the sun look as hot as possible.”
Overall, however, Benson’s goal was to pull accurate information, then assemble it into a fairly traditional realism. There are aesthetic choices involved, as there are any time a photographer decides which lens to use and when to snap the shutter, “but it’s not as though I’m taking a urinal and calling it ‘Fountain,’ ” Benson says. His goal was to end up with pictures that show what things might really look like to a human floating by the rings of Saturn or striding across Mars.
And that, once again, is where my mind starts to tumble: I can’t quite imagine that person careering through space, 777 million miles from home, and enjoying the sights. Space flight might someday permit it, and Benson’s photos may indeed predict what that person would see. But there’s still a gap I feel between the sights those photos show and any state of affairs my terrestrial brain can believe in.
Maybe my problem is that the space flight, the science, the getting-there and getting-the-shot are missing from these photos.
Benson chose images that were unearthly beautiful, then made them perfect. “I chose a lot of images that are semi-abstract — to indulge that interest of mine,” he says. He points out how the surface of Mars can look like an abstract expressionist canvas.
These photographs are gorgeous, and the worlds they show are wondrous. But I miss the scientists’ grid-marks, the fractures in their panoramas, the artifacts of their filters, that might hint at how these strange worlds came to be before my eyes.
My eyes see too much evident art in these photographs for my mind not to imagine that there’s tons of artifice behind them.