We will focus on conducting basic theoretical research and cutting-edge technology development on brain like algorithms, exploring the neurophysiological mechanisms and cognitive processes of the brain in processing multimodal information, and developing and designing new brain like computing models. Promote the application of brain computer interface chips, neuromorphic chips, heterogeneous fusion chips, and brain simulation chips in fields such as neural signal interaction, brain like computing, efficient fusion, and brain function simulation. Carry out the research and development of key common technologies for brain computer interface, such as the acquisition and transmission of dry and wet electrode EEG signals, EEG signal analysis, and brain computer interaction adaptability, and explore the clinical application of brain computer interface technology in the treatment and rehabilitation of major brain functional diseases.