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Penn State researchers explore active matter to design tiny robots for drug delivery and environmental cleanup.

Scientists create a soft robot that transforms, splits, and merges like cells, opening doors for medical and industrial uses.

Scientists use robots and models to uncover how eels and lampreys move in water and on land, providing ideas for tougher machines.

Figure’s new Helix model helps humanoid robots understand language and vision, aiming to make them useful in homes.

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 create a virtual tool that mimics nature to build better robotic sensors, cutting development from 18 months to just two weeks.

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.

Scientists use bioinspired robots and simulations to study how zebrafish brains and bodies work together in natural environments.

Skild AI’s general-purpose model enables robots to perform diverse tasks safely across industries.