German scientists at the Fraunhofer Institute have equipped robots with tactile capability so that they can orientate themselves better under the sea, which could help in quicker turnaround times when ...

Ever feel run off your feet? Spare a thought for sea stars, creatures whose movement involves the coordination of hundreds of ...

Sea stars move without a central brain, using coordinated tube feet in a way that’s inspiring new robot designs.

Far below the reach of sunlight, a deep-sea robot descended to 1,300 m and sent back images of something that, on paper, should not be there at all. In a stretch of the Pacific that scientists thought ...

GUANGZHOU -- China's first domestically developed undersea robot capable of three-dimensional drilling and in-situ monitoring within seabed strata has successfully completed a trial operation in the ...

Top: SEAMOUR, the robotic sea lion. Bottom: Its digital twin. A Drexel Engineering team has developed a highly accurate numerical model that predicts how their bio-robotic sea lion swims and maneuvers ...

Sea stars, creatures whose movement involves the coordination of hundreds of tiny tube feet to navigate complex environments – despite the lack of a central “brain.” Now, researchers at USC Viterbi ...