We design advanced neural probe systems and interfaces that record and decode neural activity, building reliable bridges between the brain and external machines — to understand how the brain works and to restore or extend its abilities.

Drawing on principles observed in living organisms, we develop bio-inspired and soft micro-robots that move, sense, and adapt within complex physical environments, translating the intelligence of biological systems into engineered machines.

We build next-generation reinforcement learning algorithms and physical-AI systems that unite perception, learning, and action — seamlessly synthesizing human intelligence, robotics, and AI to bridge the gap between the physical and digital worlds.