A diagram of the Robo-fish prototype's various components The robot swims by flapping its tail, holding its mouth wide open to collect water (and microplastics) in an internal cavity as it does so.

University of Tokyo’s dLab automates thin-film material synthesis and analysis, speeding up materials discovery with AI and robotics ...

“That’s why robots are so useful—they help us confirm these guesses and provide new evidence to support or rebut them.” A diagram shows how the fields of paleontology and biology are ...

Our research in robotics and autonomy drives fundamental advances in materials, actuation, and sensing and control; sensorimotor integration; locomotion, manipulation, and swarm behavior; machine ...