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  • Robot Attila, developed by MIT Robotics Lab,  mimics the movement of insects and learns to walk from its mistakes.  A stereoscopic laser guided vision system provides a sense of its surroundings.
    MIT Attila mobile robot.jpg
  • Robots can measure the frame more quickly and accurately than humans can.  Lgiht diodes affixed to the tip of the robot shows the path it takes in measuring distances between 40 points on the completed frame.
    scf4327-241bicycle 0009 robot measur...jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.
    scf4327-535marietta martin 0001 robo...jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.
    scf4327-535_Marietta Martin 0001 Rob...jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.
    Marietta Martin 0001 Robot.jpg
  • Robot Attila, developed by MIT Robotics Lab,  mimics the movement of insects and learns to walk from its mistakes.  A stereoscopic laser guided vision system provides a sense of its surroundings.
    scf4327-767robots 0006 attila.jpg
  • Robot Attila, developed by MIT Robotics Lab,  mimics the movement of insects and learns to walk from its mistakes.  A stereoscopic laser guided vision system provides a sense of its surroundings.
    scf4327-767_Robots 0006 Attila.jpg
  • Robot Attila, developed by MIT Robotics Lab,  mimics the movement of insects and learns to walk from its mistakes.  A stereoscopic laser guided vision system provides a sense of its surroundings.
    Robots 0006a Attila.jpg
  • Robot Attila, developed by MIT Robotics Lab,  mimics the movement of insects and learns to walk from its mistakes.  A stereoscopic laser guided vision system provides a sense of its surroundings.
    Robots 0006 Attila.jpg
  • Robot developed by MIT named Herbert, Scans a room with lasers, detects a soda can and then retrieves it to a recycling bin.
    scf4327-765robots 0003 herbert.jpg
  • Robot developed by MIT named Herbert, Scans a room with lasers, detects a soda can and then retrieves it to a recycling bin.
    scf4327-765_Robots 0003 Herbert.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    scf4327-764robots 0002 genghis.jpg
  • Robot developed by MIT called Squirt.  MIT envisioned many of these being released at one time to collect reconnaissance.
    scf4327-766_Robots 0004 Squirt.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    scf4327-763robots 0001 genghis.jpg
  • Robot developed by MIT named Herbert, Scans a room with lasers, detects a soda can and then retrieves it to a recycling bin.
    Robots 0003 Herbert.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    Robots 0001a Genghis.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    scf4327-764_Robots 0001a Genghis.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    scf4327-763_Robots 0001 Genghis.jpg
  • Robot developed by MIT called Squirt.  MIT envisioned many of these being released at one time to collect reconnaissance.
    Robots 0004 Squirt.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    Robots 0002 Genghis.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    Robots 0001 Genghis.jpg
  • Robot developed by MIT called Squirt.  MIT envisioned many of these being released at one time to collect reconnaissance.
    scf4327-766robots 0004 squirt.jpg
  • Robot developed by MIT called Squirt.  MIT envisioned many of these being released at one time to collect reconnaissance.
    Robots 0004b Squirt.jpg
  • Robot developed by MIT called Squirt.  MIT envisioned many of these being released at one time to collect reconnaissance.
    Robots 0004a Squirt.jpg
  • A robot applies one of 199 variations of the base coat and then a skilled human worker does the more complicated stenciling.
    Bicycle 0016 Robot Painter.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.  The Case they are in is where they test Lunar and Planetary Landscape maneuvers for their robots.
    scf4356-051_Robots 0002 Group Portra...jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.  The Case they are in is where they test Lunar and Planetary Landscape maneuvers for their robots.
    Robots 0002 Group Portrait.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    robots 0005a testing.jpg
  • Robot developed by MIT,  mimics the movement of insects and learns to walk from its mistakes.   The movement of insects inspired a next generation of potential interplanetary robots.
    robots 0005b testing.jpg
  • Robots developed by MIT,  mimic the movement of insects and with onboard computers learn to walk from their mistakes.  The Case they are in is where they test Lunar and Planetary Landscape maneuvers for their robots.
    fct4383-992_Robots 0005 Testing.jpg
  • Rodney Brooks is Director at MIT Artificial Intelligence Laboratory with robot called Ghengis, a six legged robot which replicates the movements of an insect.
    scf4327-401brooks rodney 0001.jpg
  • Rodney Brooks is Director at MIT Artificial Intelligence Laboratory with robot called Ghengis, a six legged robot which replicates the movements of an insect.
    Brooks Rodney 0001.jpg
  • Rodney Brooks is Director at MIT Artificial Intelligence Laboratory with robot called Ghengis, a six legged robot which replicates the movements of an insect.
    scf4399-115_Brooks Rodney 0001.jpg
  • Robots developed by MIT,  mimic the movement of insects and with onboard computers learn to walk from their mistakes.  The Case they are in is where they test Lunar and Planetary Landscape maneuvers for their robots.
    Robots 0005 Testing.jpg
  • Founded in 1969 Kokoro Company created the first mechanical dinosaur models which are distributed throughout the world.
    scf4399-086_Kokoro Maiasaura 0002.jpg
  • Founded in 1969 Kokoro Company created the first mechanical dinosaur models which are distributed throughout the world.
    scf4327-178-kokoro maiasaura 0001.jpg
  • Founded in 1969 Kokoro Company created the first mechanical dinosaur models which are distributed throughout the world.
    Kokoro Maiasaura 0002.jpg
  • Founded in 1969 Kokoro Company created the first mechanical dinosaur models which are distributed throughout the world.
    Kokoro Maiasaura 0001.jpg
  • The final step in creating the custom bike is the hand assembly of the components.  This is done by four skilled craftsmen.<br />
Basic assembly, such as the wiring of this brake cable is left for humans, not robots.  One worker assembles nearly the entire bike and in the process derives a sense of accomplishment that is often missing from assembly line jobs.
    scf4327-243bicycle 0011 hand assembl...jpg
  • The name of the future bicycle owner, along with a bar code that directs the robotic welders, remains attached to the bicycle frame as it goes through the assembly manufacturing process.
    scf4327-242bicycle 0010 barcodereade...jpg
  • The name of the future bicycle owner, along with a bar code that directs the robotic welders, remains attached to the bicycle frame as it goes through the assembly manufacturing process.
    scf4327-242_Bicycle 0010 BarCodeRead...jpg
  • T. Rex robotic dinosaur designed by the Japanese Company  Kokoro.
    T rex Model Kokoro 0001.jpg
  • T. Rex robotic dinosaur designed by the Japanese Company  Kokoro.
    scf4373-380_T rex Model Kokoro 0001.jpg
  • Nobuyuki Idei,president of Sony and George Lucas, founder of Industrial Light and Magic at Las Vegas Computer Show with Sony robotic dog called Aibo.
    scf4327-578nobuyuki idei 0003.jpg
  • Nobuyuki Idei,president of Sony and George Lucas, founder of Industrial Light and Magic at Las Vegas Computer Show with Sony robotic dog called Aibo.
    Nobuyuki Idei 0003.jpg
  • Nobuyuki Idei,president of Sony and George Lucas, founder of Industrial Light and Magic at Las Vegas Computer Show with Sony robotic dog called Aibo.
    scf4327-578_Nobuyuki Idei 0003.jpg
  • Company inspectors spot-check bicycles for durability.  Here one of its mass-produced bikes is subjected to the simulated pounding of a spin on a bumpy road.
    scf4327-244bicycle 0015 product test...jpg
  • Dinosaur researcher programs an robotic T-rex at Kokoro in Tokyo, Japan
    scf4417-016-Kokoro 0020.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    scf4327-616robert ballard 0005.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    scf4327-616_Robert Ballard 0005.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    scf4327-614_Robert Ballard 0002.jpg
  • Robotic tyrannosaur display gets cleaned before an exposition at the Children's Museum of Indianapolis.
    T rex Teeth Cleaning.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0008.tif_.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0006.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0006-2.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0003.jpg
  • Robotic tyrannosaur display gets cleaned before an exposition at the Children's Museum of Indianapolis.
    scf4373-393_T rex Teeth Cleaning.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    scf4327-615robert ballard 0004.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    scf4327-614robert ballard 0002.jpg
  • T. Rex robotic dinosaur display made by Kokoro  at the Children's Museum of Indianapolis with Louie Psihoyos, author of Huniting Dinosaurs.
    T rex Psihoyos Louie0003.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0008.tif_-2.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0007.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0007-2.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0005.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0002.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    scf4327-615_Robert Ballard 0004.jpg
  • Dr. Robert Ballard is founder and president of the Institute For Exploration (IFE) at Mystic Aquarium in Mystic, Connecticut. Specializing in deep-sea archaeology, IFE's goal is to establish this new field of research utilizing evolving technology, such as advanced mapping and imaging systems, underwater robotics and remotely operated vehicles.
    Robert Ballard 0004.jpg
  • scf4356-125_Marietta Martin 0001 Rob...jpg
  • scf4327-241_Bicycle 0009 Robot Measu...jpg
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Louie Psihoyos Photography

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