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Researchers create a control system inspired by the brain, allowing flexible robots to handle various tasks and unexpected changes without constant retraining, promising advances in healthcare and industry.

Researchers create building blocks to adjust stiffness in real time, opening doors for adaptable robots and medical tools.

Job insecurity and stress

How to create a tactile-light sensor, emulating the human brain

Stanford researchers find improved robot training by adding audio

Researchers created a new way for robots to copy human hand skills, using touch sensors to sense and adjust grips in real time for safe handling of different objects.

Columbia Engineering researchers create a robot that learns lip movements for speech and singing by watching itself and people, improving human-robot interactions.

Researchers in Japan develop an adaptive method using Gaussian process regression to help robots handle objects of varying stiffness and weight with precision and small training data.

Help for people with mobility issues and for doctors diagnosing neurological illnesses