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

Dr. Alex Ororbia explains how active inference can revolutionize AI and emulate biological processes, using neurorobotics as an example. He also discusses the role of predictive coding in biomimetic intelligence.

Scientists use advanced techniques to create tiny metal patterns on living tardigrades, enabling new bio-inorganic hybrid systems.

Automation speeds up genetic changes in plants to boost oil production and resilience for bioenergy and food security.

Autonomous device developed through lab-industry partnership enables continuous, low-impact sampling and real-time analysis of genetic traces from aquatic life at reduced cost.

Robotic company announces advances in robotic dexterity and precision for complex human-like manipulation tasks.

The new hydrogel can be shaped into complex tiny structures that respond instantly to magnets, enabling future uses in targeted medicine and miniature devices.

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