Assemble an artificial cell for understanding basic life and employing a new biosynthesis philosophy to overcome problems in living cells.

Advance the “protein engineering” technology by integrating chassis platforms with computational tools to make difficult-to-express proteins and novel biomacromolecules with de novo design.

Convert light to chemicals, materials and new energy to achieve sustainability, and integrate photons with matters for chip and medical applications.

Realize customized and unconstrained material modification, synthesis, or conversion from wastes (CO2, plastics, biomass, etc.).

Fuse electronic-biological interface seamlessly to achieve digital green biosynthesis, health therapy, psychotherapy, and mind control.

Construct artificial high-resolution and dynamic sensory system for environmental, industrial, medical, and AI applications.

Make safe and degradable self-sufficient energy by wireless electric/light/heat/magnetic/sonic/mechanic conversion for health applications

Make smart nanorobots for molecule delivery, mechanotherapy, 3D printing, 3D chips, and hyperspace transformation by collective intelligence.

Decode how human brain works, manipulate non-biological world by our mind, and evolve revolutionary robot brains.

Extend human health span and lifespan by reprogramming aging and developing organ preservation technology.