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Shooting the Moon Shooting the Moon THE APOLLO LUNAR SURFACE CLOSE-UP CAMERA has to be the ultimate point-and-shoot. It cost $1.3 million—and that was 30 years ago. Designed to shoot close-up stereo pictures of the moon’s surface, it was also called the Gold camera, not because it was pricey but because the man who thought it up is Thomas “Tommy” Gold, a British scientist who fiddled in his basement with a 35-mm Nikon and a wooden template until he had the proper angles, focal length, and other requirements for the moon camera’s optics. (“I took a beautiful picture of a grasshopper—it was absolutely gripping,” Gold recalls.) Kodak provided the technology and built the camera, known officially as the ALSCC; it was used on the moon by Neil Armstrong, Alan Bean, and Alan Shepard during Apollo 11, 12, and 14. THE APOLLO LUNAR SURFACE CLOSE-UP CAMERA has to be the ultimate point-and-shoot. It cost $1.3 million—and that was 30 years ago. Designed to shoot close-up stereo pictures of the moon’s surface, it was also called the Gold camera, not because it was pricey but because the man who thought it up is Thomas “Tommy” Gold, a British scientist who fiddled in his basement with a 35-mm Nikon and a wooden template until he had the proper angles, focal length, and other requirements for the moon camera’s optics. (“I took a beautiful picture of a grasshopper—it was absolutely gripping,” Gold recalls.) Kodak provided the technology and built the camera, known officially as the ALSCC; it was used on the moon by Neil Armstrong, Alan Bean, and Alan Shepard during Apollo 11, 12, and 14. The slide pairs produced by the Gold camera, seen with a stereo viewer, show stunning 3-D glimpses of the lunar surface in segments measuring seven by eight centimeters (2.8 by 3.2 inches). They show what you would see if you could get your nose within about 11 inches of the surface, something the astronauts could not do in their stiff spacesuits. Altogether, the three astronaut photographers took 48 slide pairs, and most of them show a surface structure you would never imagine from standing head height. The slides are strikingly beautiful, but the camera, like its originator, was a source of tremendous controversy. The slide pairs produced by the Gold camera, seen with a stereo viewer, show stunning 3-D glimpses of the lunar surface in segments measuring seven by eight centimeters (2.8 by 3.2 inches). They show what you would see if you could get your nose within about 11 inches of the surface, something the astronauts could not do in their stiff spacesuits. Altogether, the three astronaut photographers took 48 slide pairs, and most of them show a surface structure you would never imagine from standing head height. The slides are strikingly beautiful, but the camera, like its originator, was a source of tremendous controversy. Gold has spent his career in a veritable boxing match of scientific theorizing. He earned an undergraduate degree in engineering from Cambridge University in 1942, but he is essentially self-taught in the several disciplines in which he has had a significant impact. Physically, he would fit nearly everyone’s stereotype of the absent-minded professor: somewhat shabby, glasses uncleaned, an air of vagueness. He’s mild-mannered and soft-spoken with an unidentifiable European accent, and a bit stooped—except that when he’s involved in a scientific argument, he seems about two feet taller. But the mind in that 81-year-old body is anything but absent. Ask him any question about a wide variety of specialized scientific fields and he will patiently explain a theory or a process either in the most lucid terms that virtually anyone can understand or in the complex jargon and mathematical formulas of the specialist, depending on who’s asking. His knowledge of the minutest details of the physical and biological worlds is staggering. An afternoon with Gold is like a browse through an interactive encyclopedia. Gold has spent his career in a veritable boxing match of scientific theorizing. He earned an undergraduate degree in engineering from Cambridge University in 1942, but he is essentially self-taught in the several disciplines in which he has had a significant impact. Physically, he would fit nearly everyone’s stereotype of the absent-minded professor: somewhat shabby, glasses uncleaned, an air of vagueness. He’s mild-mannered and soft-spoken with an unidentifiable European accent, and a bit stooped—except that when he’s involved in a scientific argument, he seems about two feet taller. But the mind in that 81-year-old body is anything but absent. Ask him any question about a wide variety of specialized scientific fields and he will patiently explain a theory or a process either in the most lucid terms that virtually anyone can understand or in the complex jargon and mathematical formulas of the specialist, depending on who’s asking. His knowledge of the minutest details of the physical and biological worlds is staggering. An afternoon with Gold is like a browse through an interactive encyclopedia. His mind draws him to disciplines in which some experts do not consider him qualified. So far, his major efforts besides engineering have included physics, biophysics, astrophysics, astronomy, and geology—not to mention incursions into aircraft accident investigation and lunar photography. Gold’s style is both unique and abrasive: He does his research and ultimately proposes a theory considered outrageous by the reigning experts in the field who first revile and then ignore him. Though some people credit him with spectacular mistakes, in the long run he is, more often than not, proven right. His mind draws him to disciplines in which some experts do not consider him qualified. So far, his major efforts besides engineering have included physics, biophysics, astrophysics, astronomy, and geology—not to mention incursions into aircraft accident investigation and lunar photography. Gold’s style is both unique and abrasive: He does his research and ultimately proposes a theory considered outrageous by the reigning experts in the field who first revile and then ignore him. Though some people credit him with spectacular mistakes, in the long run he is, more often than not, proven right. When World War II started, the British sent Gold to a Canadian internment camp—his family, though German Jews, carried Austrian passports—but after nearly a year he was allowed to return to England. By then Hermann Bondi, whom he had met in the camp, was working with Fred Hoyle at the British Admiralty, where they were helping to develop radar. Gold became part of the radar development group. He tells stories about living with Bondi in a small house at the end of a runway used by heavily laden departing bombers, and only a hundred yards from the spot where damaged bombers dumped the bombs they had been unable to drop on German targets. The windows in their little house were often blown out. “Once I opened the door to my room just as a bomb went off,” Gold says. “The violence of the explosion shattered the ceiling and I ended up with a giant piece of plaster in my mouth. Bondi said, ‘Did you hear that?’ ” When World War II started, the British sent Gold to a Canadian internment camp—his family, though German Jews, carried Austrian passports—but after nearly a year he was allowed to return to England. By then Hermann Bondi, whom he had met in the camp, was working with Fred Hoyle at the British Admiralty, where they were helping to develop radar. Gold became part of the radar development group. He tells stories about living with Bondi in a small house at the end of a runway used by heavily laden departing bombers, and only a hundred yards from the spot where damaged bombers dumped the bombs they had been unable to drop on German targets. The windows in their little house were often blown out. “Once I opened the door to my room just as a bomb went off,” Gold says. “The violence of the explosion shattered the ceiling and I ended up with a giant piece of plaster in my mouth. Bondi said, ‘Did you hear that?’ ” After the war, Gold did research on the human ear that was discarded as “rubbish” by the experts. More than 30 years later new research proved him right while, by the by, proving a Nobel Prize winner wrong. Gold, with the collaboration of Hermann Bondi, generated the only scientific theory of the creation of the universe, besides the Big Bang theory, to achieve significant credibility. Though Gold’s Steady State theory has been unpopular for the last couple of decades, it now shows signs of resurgence amid new debate over the Big Bang. He also formulated the generally accepted theory that pulsars are rotating neutron stars. He is particularly proud of being an Honorary Fellow of Trinity College, Cambridge, an honor shared with only a handful of other people in the world, among them the Duke of Edinburgh. After the war, Gold did research on the human ear that was discarded as “rubbish” by the experts. More than 30 years later new research proved him right while, by the by, proving a Nobel Prize winner wrong. Gold, with the collaboration of Hermann Bondi, generated the only scientific theory of the creation of the universe, besides the Big Bang theory, to achieve significant credibility. Though Gold’s Steady State theory has been unpopular for the last couple of decades, it now shows signs of resurgence amid new debate over the Big Bang. He also formulated the generally accepted theory that pulsars are rotating neutron stars. He is particularly proud of being an Honorary Fellow of Trinity College, Cambridge, an honor shared with only a handful of other people in the world, among them the Duke of Edinburgh. Gold is now professor emeritus in astronomy, physics, and applied physics at Cornell University in Ithaca, New York. Yet he still puts in a full work day and until very recently served as principal investigator for various contracts, including geophysical research into the origins of petroleum. While he has no current contracts, he is working privately on a problem in quantum theory, the solution for which he believes will have significant impact. And he’s still controversial. Gold’s 1997 book, The Deep Hot Biosphere, which proposes, based on his earlier contract research, cosmological rather than biological origins of oil, has petroleum geologists in a fury of rebuttal. If he’s right, the future will hold an abundance of energy and the world economy will be consequently transformed. In all of these enterprises, Gold has taken punches from some of the best scientists of at least two generations and counterpunched quite effectively. Gold is now professor emeritus in astronomy, physics, and applied physics at Cornell University in Ithaca, New York. Yet he still puts in a full work day and until very recently served as principal investigator for various contracts, including geophysical research into the origins of petroleum. While he has no current contracts, he is working privately on a problem in quantum theory, the solution for which he believes will have significant impact. And he’s still controversial. Gold’s 1997 book, The Deep Hot Biosphere, which proposes, based on his earlier contract research, cosmological rather than biological origins of oil, has petroleum geologists in a fury of rebuttal. If he’s right, the future will hold an abundance of energy and the world economy will be consequently transformed. In all of these enterprises, Gold has taken punches from some of the best scientists of at least two generations and counterpunched quite effectively. But it is his “deep dust” theory that plunked Gold into boiling water with other lunar researchers, and merely hot water with NASA and the astronauts. As the story goes, Gold predicted as far back as 1955 that the surface of the moon was a miles-thick layer of dust and that a lunar lander and its crew would simply sink out of sight in it. Sitting next to his new Macintosh G4 in his very large and very cluttered home office, Gold insists he never said that: “A long time ago, someone—it might have been Gene Shoemaker—misquoted me in the press, and everyone has been using that ever since.” But it is his “deep dust” theory that plunked Gold into boiling water with other lunar researchers, and merely hot water with NASA and the astronauts. As the story goes, Gold predicted as far back as 1955 that the surface of the moon was a miles-thick layer of dust and that a lunar lander and its crew would simply sink out of sight in it. Sitting next to his new Macintosh G4 in his very large and very cluttered home office, Gold insists he never said that: “A long time ago, someone—it might have been Gene Shoemaker—misquoted me in the press, and everyone has been using that ever since.” Gold points to several passages in his articles that state clearly his views about the lunar surface as a fine powder. That dust, Gold theorized in 1955, was moved by electrostatic forces—electron bombardment gives the grains charges that cause them to repel each other and, thus, move downhill—from the upland craters to the mare, where it could be several kilometers deep. But, Gold says in a 1964 NASA-published article titled “Ranger Moon Pictures: Implications,” “…. it is important to keep separate the discussion of the origin of the material and its present mechanical properties…. [I]t has often been implied that if the low ground is filled with dust sediment then it will be loose and soft to some great depth. This is no more a direct implication there than it would be in the Mississippi basin.” Gold points to several passages in his articles that state clearly his views about the lunar surface as a fine powder. That dust, Gold theorized in 1955, was moved by electrostatic forces—electron bombardment gives the grains charges that cause them to repel each other and, thus, move downhill—from the upland craters to the mare, where it could be several kilometers deep. But, Gold says in a 1964 NASA-published article titled “Ranger Moon Pictures: Implications,” “…. it is important to keep separate the discussion of the origin of the material and its present mechanical properties…. [I]t has often been implied that if the low ground is filled with dust sediment then it will be loose and soft to some great depth. This is no more a direct implication there than it would be in the Mississippi basin.”
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