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This episode explores the rapid evolution of Brain–Computer Interfaces (BCIs), technologies designed to restore movement by linking neural activity directly to machines. By decoding electrical signals from the motor cortex, researchers use advanced algorithms to translate intention into robotic or digital action.
We examine the shift from invasive implants like the Utah Array to high-capacity commercial systems such as Neuralink, alongside non-invasive alternatives. Beyond rehabilitation, BCIs raise profound questions about human augmentation, mental privacy, and the future boundary between mind and machine.
