🦾The Greats

In 1966, Engelberger brought a Unimate arm onto The Tonight Show Starring Johnny Carson, where it poured a beer, putted a golf ball and conducted the studio orchestra live on air — a publicity stunt that introduced millions of American television viewers to the idea of a working industrial robot for the first time.

At its 1984 debut, WABOT-2 sat at an electronic organ, read a musical score placed in front of it with a camera 'eye,' and played the accompaniment to a song while a human singer performed alongside it — a demonstration Kato's lab designed specifically to show a robot handling a task built for human senses and human timing, not industrial repetition.

Brooks titled a widely read 1990 paper ‘Elephants Don't Play Chess,’ arguing that an elephant navigates a jungle brilliantly without ever building a symbolic model of the world the way chess-playing AI programs did — a provocation aimed squarely at the field's dominant research paradigm, delivered by someone whose own reactive-robot designs were, at the time, still widely dismissed as toys.

Raibert's early one-legged hopping robot at MIT in the early 1980s could balance and hop across a room using a control algorithm simple enough to run on the primitive computers of the era, proof that dynamic balance didn't require exhaustively modeling every physical detail — an insight that shaped three decades of Boston Dynamics' legged machines.

After the March 2011 Fukushima Daiichi nuclear accident, iRobot's PackBots — originally built for bomb disposal and battlefield reconnaissance — were among the first robots sent into the damaged reactor buildings to measure radiation levels too dangerous for human workers, a use Greiner's team had not designed the robot for but that its rugged, teleoperated design made possible.

As a PhD student in Brooks's lab, Breazeal built Kismet with expressive ears, eyebrows and eyes that could widen, tilt and shift to mimic curiosity, surprise or fatigue purely through mechanical movement and camera-tracked eye contact — a robot designed not to complete a task but to hold a believable social exchange, a research direction colleagues initially considered a distraction from 'real' robotics.

Ishiguro built Geminoid HI-1, an android modeled on his own face, voice and mannerisms, and used it to teleoperate lectures and meetings from a remote location while his own likeness sat in the room; students and colleagues reportedly grew uneasy holding conversations with it, unsure whether to treat the machine as Ishiguro himself or as an object.