Australian startup Cortical Labs has created CL1 — the world’s first living computer powered by real human brain cells. Using around 800,000 lab-grown neurons derived from human skin and blood, the system mimics how the brain processes information. These neurons aren’t just passive components — they learn and adapt, giving CL1 a form of biological intelligence that blurs the line between organic life and machines. This breakthrough in “neuromorphic computing” could pave the way for revolutionary advancements in AI, robotics, and medicine. Unlike traditional silicon chips, CL1 has the potential to use far less power while performing complex tasks, hinting at a future where machines can think and learn biologically — not just digitally. #LivingComputer #CorticalLabs #NeuroTech #Biocomputing #HumanBrainCells

China has made medical history. Researchers from Fudan University have created a revolutionary brain-spinal interface that helped paralyzed patients move their legs within 24 hours of surgery. The system bypasses damaged spinal cords using dual implants that form a “neural bridge” between the brain and lower body. Unlike past systems that relied on external computers or months of rehab, this breakthrough delivers near-instant neural reactivation. One patient, previously unable to stand, took assisted steps just two weeks after the operation. This innovation could reshape rehabilitation and spinal injury treatment globally. #NeuroTech #ChinaInnovation #SpinalImplant #MedicalBreakthrough #BrainComputerInterface