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Exploring the role of sensory experience in AI and human cognition.

An AI that understands and operates in the 3D physical world

Low-power sensors and artificial intelligence allow tiny drones to operate in fog, smoke, and darkness where vision-based tools fail.

Researchers developed a system that combines human speech and pointing movements so robots can locate items in cluttered spaces with much higher accuracy than before.

This innovation allows soft robotic arms to learn various movements once and then adjust to new situations without retraining, improving their use in everyday tasks.

Penn engineers create AI-powered radar that helps robots detect hidden objects, improving safety for self-driving cars and indoor machines.

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 develop decision-making tools for robots to handle human unpredictability, improving collaboration in industries like manufacturing and health care while prioritizing safety.

Harvard researchers develop a soft device using machine learning to help people with ALS or stroke perform daily tasks more easily and naturally.