Despite its expertise in human-like automation, artificial intelligence (AI) is still not good at common sense, emotions, adaptabilities, and so on. To narrow the gap between machine and human, the hybrid of human brain and AI chips is drawing researchers' attention. It brings together the best aspects of neural networks and classical AI.
In our group, we focus on the cultivation and functionalization of human brain organoids, and the research and development of related sensors, modules, and equipment.
(1)Long-term human neural cells culture on microelectrode arrays (MEAs);
(2)Light sheet microscope for quasi-real time observation of nervous activities;
(3)Formation and reconfiguration of neural networks using multiple stimuli (optical, electrical, chemical, mechanical, etc);
(4)Automatic environment responsive brain organoids.
