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Generalist AI describes GEN-1.5, which adapts to simple physical tasks in seconds by placing a demonstration in its memory and acting without further weight changes.

Researchers use simple rules of curved folds and shell structures to create multistable forms that snap into place and move under magnetic control alone.

Neurobots integrate neurons into living frog-cell robots to create complex movement patterns and possible sensory abilities, revealing new insights into biological plasticity and regenerative medicine applications.

Engineers create lightweight robots and flying devices that generate thrust from acoustic cavities without any motors or onboard electronics.

Researchers develop small living robots called AggreBots from human lung cells that move using hair-like structures, with potential for medical uses inside the body.

This new project aims to create helpful assistants for the elderly that can handle surprises and change their plans when necessary to finish complex daily tasks.

Researchers create a flexible material that allows robots to change shape instantly based on their surroundings, making them more adaptable for various tasks without needing full redesigns.

Researchers discover that a single-celled creature uses calcium and a unique fishnet-shaped structure to move much faster than human muscles.