Artificial intelligence

Robots serve humans on land, in sea and air

March 2, 2005

'Toddler,' a walking robot developed at MIT, takes a step.

Teams build robots that walk like humans

February 17, 2005

The fifth ball is still halfway up the Archimedes screw when this picture was taken. "We knew it took a little over 20 seconds to lift a ball up, so we programmed the robot to remember the last time it picked up a ball and not leave the goal until 30 seconds after this time, if it docked early," said team member Andrew Spann. "The robot docked with about a minute of time remaining, then waited unt...

A robot high for Archimedes Pi

February 1, 2005

Here comes Santa Claus

December 23, 2004

Roving on court

May 19, 2004

2.007 robot contestants gear up for The Big Dig

April 28, 2004

Sommer Gentry with the robotic arm she programmed to "dance" with her.

MIT student dances with robots

February 4, 2004

Student dances with robots

February 4, 2004

A computer rendering of what Cardea might look like in the future.

First humanoid personal assistant will open doors

November 5, 2003

Professor Anette "Peko" Hosoi (left), graduate student Brian Chan and junior Catherine Koveal demonstrate RoboSnails I and II. RoboSnail I has since been rebuilt to be the same size as the smaller RoboSnail II.

MIT's RoboSnails mimic nature

September 10, 2003

Professor Anette "Peko" Hosoi, graduate student Brian Chan and junior Catherine Koveal demonstrate RoboSnails I (right) and II. RoboSnail I has since been rebuilt to be the same size as the smaller RoboSnail II

MIT's RoboSnails model novel movements

September 4, 2003

Biology: the ultimate robotics

September 3, 2003

The members of the winning team are (left to right): junior Arthur Mak, sophomore Dheera Venkatraman, senior Maxwell Planck, sophomore Lauri Kauppila and sophomore Akhil Shashidhar.

Cinderella team is Terminator in robot contest

August 27, 2003

MIT robot plays Cinderella/Terminator

August 14, 2003

A water strider passes over a layer of water that has been dyed blue and lit from below, illuminating the stopping vortices shed during the deceleration phase of the strider's motion.

MIT leaps to solution of walking-on-water mystery

August 6, 2003

MIT News | Massachusetts Institute of Technology

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