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Explore English articles about Brain-Computer Interface.
Stanford researchers transplanted human brain organoids into genetically engineered mice lacking most of their cerebral cortex, reconstituting over 90% of the cortical region, according to a study published in Nature. While the work revealed vascularization and the emergence of unusual neuron types, the tissue remains immature, and the causal link to behavioral improvements requires careful further verification.
Researchers have published a connectome covering the entire central nervous system of a male fruit fly. This unprecedented brain map, linking roughly 166,000 neurons and 125 million synapses, was completed with the help of AI. By comparing circuits with those of females, the study reveals the neural basis for sex-specific behavior and offers insight into universal principles of brain function.
IMS's 'Shunkai' has begun operating with about 50 qubits. Being Japan's first isn't about scale—it's about integrating everything from software to the QPU, moving error-correction research onto real hardware.
NUS has begun independently operating a research rack housing 20 of Cortical Labs' CL1 biological computers. Commercial viability still requires measured data on power efficiency (including life support), culture reproducibility, and uptime.
Hitachi and Intel have been selected as prospective contractors for a NEDO project, moving forward to develop a 100-qubit-class silicon quantum computer using the 18A-based process and a qubit PDK. The plan calls for integrated development of manufacturing, packaging, and cloud operation.
