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  • Arecibo Observatory is the largest single radio telescope dish in the world.  Located in the jungles of northern Puerto Rico and operated by Cornell University it collects and sends out radio waves.
    scf4327-759arecibo observatory 0001.jpg
  • Arecibo Observatory is the largest single radio telescope dish in the world.  Located in the jungles of northern Puerto Rico and operated by Cornell University it collects and sends out radio waves.
    Arecibo Observatory 0001.jpg
  • Arecibo Observatory is the largest single radio telescope dish in the world.  Located in the jungles of northern Puerto Rico and operated by Cornell University it collects and sends out radio waves.
    scf4327-759_Arecibo Observatory 0001.jpg
  • The footbridge provides access to the 900 ton platform suspended above the dish at Arecibo Observatory. The plaform houses the Azimuth Arm, linear antennas and the Gregorian Dome.
    SETI 0025.jpg
  • Dr. Jill Tarter, SETI Institute scientist observing in the Control Room.
    SETI 0023-2.jpg
  • This 900 ton platform is suspended above the dish at Arecibo Observatory. The plaform houses the <br />
Azimuth Arm, linear antennas and the Gregorian Dome.
    SETI 0020 Gregorian-2.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0011 Jill Tarter-2.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0004 Jill Tarter.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0001 Jill Tarter.jpg
  • This 900 ton platform is suspended above the dish at Arecibo Observatory. The plaform houses the Azimuth Arm, linear antennas and the Gregorian Dome.
    SETI 0027.jpg
  • This 900 ton platform is suspended above the dish at Arecibo Observatory. The plaform houses the <br />
Azimuth Arm, linear antennas and the Gregorian Dome.
    SETI 0020 Gregorian.jpg
  • Photographer and author Louie Psihoyos on location at Arecibo Observatory.
    SETI 0018 Louie Psihoyos-2.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4421-031_seti 0028.jpg
  • Patchboard in SETI Control Room.
    scf4327-773_SETI 0013 Patchboard.jpg
  • Dr. Jill Tarter, SETI Institute scientist, and Mike Davis, Director of SETI Projects, Observing in the Control Room.
    scf4327-772_SETI 0012 Observing.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4327-769_SETI 0005 Jill Tarter.jpg
  • Under the dish at Arecibo Observatory in Arecibo, Puerto Rico. The dish, comprised of 38,778 panels of mesh aluminium, is completely suspended.
    SETI 0030.jpg
  • A small refrigerator in the Control Room of the Arecibo Observatory holds a bottle of champagne.  A symbol of SETI's hope for receiving a signal.
    SETI 0019 Champagne.jpg
  • Patchboard in SETI Control Room.
    SETI 0013 Patchboard.jpg
  • This 900 ton platform is suspended above the dish at Arecibo Observatory. The plaform houses the Azimuth Arm, linear antennas and the Gregorian Dome.
    SETI 0027-2.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0008 Jill Tarter.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0007 Jill Tarter-2.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0006 Jill Tarter.jpg
  • Dr. Jill Tarter, SETI Institute scientist observing in the Control Room.
    SETI 0023.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0011 Jill Tarter.jpg
  • Orlando Rodriguez has worked at the Arecibo Observatory for over twenty years. He is seen here standing on the cables that suspend the Gregorian Platform.
    SETI 0017 Orlando Rodriguez.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0009 Jill Tarter.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4373-511_SETI 0002 Jill Tarter.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4327-779seti 0029.jpg
  • Dr. Jill Tarter, SETI Institute scientist observing in the Control Room.
    scf4327-777seti 0023.jpg
  • This 900 ton platform is suspended above the dish at Arecibo Observatory. The plaform houses the Azimuth Arm, linear antennas and the Gregorian Dome.
    scf4327-776seti 0021 platform.jpg
  • A small refrigerator in the Control Room of the Arecibo Observatory holds a bottle of champagne.  A symbol of SETI's hope for receiving a signal.
    scf4327-775_SETI 0019 Champagne.jpg
  • Patchboard in SETI Control Room.
    scf4327-773seti 0013 patchboard.jpg
  • Dr. Jill Tarter, SETI Institute scientist, and Mike Davis, Director of SETI Projects, Observing in the Control Room.
    scf4327-772seti 0012 observing.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4327-771seti 0010 jill tarter.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4327-771_SETI 0010 Jill Tarter.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4327-770seti 0009 jill tarter.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4327-768_SETI 0003 Jill Tarter.jpg
  • Under the dish at Arecibo Observatory in Arecibo, Puerto Rico. The dish, comprised of 38,778 panels of mesh aluminium, is completely suspended.
    scf4373-526_SETI 0030.jpg
  • Patchboard in SETI Control Room.
    scf4327-778seti 0024.jpg
  • Under the dish at Arecibo Observatory in Arecibo, Puerto Rico. The dish, comprised of 38,778 panels of mesh aluminium, is completely suspended. Pictured here is journalist Pierre Barthelemy.
    SETI 0031.jpg
  • Patchboard in SETI Control Room.
    SETI 0024.jpg
  • Photographer and author Louie Psihoyos on location at Arecibo Observatory.
    SETI 0018 Louie Psihoyos.jpg
  • A lizard suns himself on an information plaque for the Arecibo Observatory Visitors Center.
    SETI 0016 Info Plaque.jpg
  • Under the dish at Arecibo Observatory in Arecibo, Puerto Rico. The dish, comprised of 38,778 panels of mesh aluminium, is completely suspended. Pictured here is journalist Pierre Barthelemy.
    SETI 0015 Under Dish.jpg
  • Patchboard in SETI Control Room.
    SETI 0014 Patchboard.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0009 Jill Tarter-2.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0002 rescan.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    SETI 0007 Jill Tarter.jpg
  • This 900 ton platform is suspended above the dish at Arecibo Observatory. The plaform houses the Azimuth Arm, linear antennas and the Gregorian Dome.
    scf4327-776_SETI 0021 Platform.jpg
  • A small refrigerator in the Control Room of the Arecibo Observatory holds a bottle of champagne.  A symbol of SETI's hope for receiving a signal.
    scf4327-775seti 0019 champagne.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4327-768seti 0003 jill tarter.jpg
  • Under the dish at Arecibo Observatory in Arecibo, Puerto Rico. The dish, comprised of 38,778 panels of mesh aluminium, is completely suspended. Pictured here is journalist Pierre Barthelemy.
    scf4327-780seti 0031.jpg
  • A bird suns himself in a tree near the Arecibo Observatory in Arecibo, Puerto Rico.
    SETI 0026 Bird.jpg
  • Dr. Jill Tarter, SETI Institute scientist, is an impetus behind the organizations growth, direction and their educational programs. An author and public speaker, Dr. Tarter has inspired a generation of women scientists as well as influenced the way in which radio telescopes are being built today.
    scf4327-769seti 0005 jill tarter.jpg
  • I built this set in Cornell University’s sheep barn to illustrate a story for National Geographic on Sleep and Dreams.  We built it over a holiday weekend and were told that someone from the animal husbandry department would be around to help us get sheep onto the set.  So I became a bit nervous when our handler told us he was going to enjoy supper with his family leaving me to wrangle the sheep onto the set by myself.  “It’ll be easy,” he told me, “just get the most dominant sheep tied to the bed and the others will follow.”  After pointing out the most dominant sheep to me which didn’t look at all that dominant, he left. I led the begrudging sheep to the set, tied it to the bedpost and waited.  I waited quite awhile.  After more than a reasonable amount of time passed I noticed that the other less dominant sheep still looked quite content to be apart from the dominant one. What may have unnerved them was that I had rigged a stuffed sheep (doomed to die at a slaughterhouse) with all sorts of ropes and pulleys in a jumping position above the bed. (N.G. does not like to use Photoshop)  Every one of the sheep had to be carried onto the set.  None came by their own will.
    Counting Sheep 0001.jpg
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