Explore how cochlear implants became the first successful human-brain machine interface, their technological breakthroughs, and future potential in neurotechnology.
Explore the groundbreaking field of bioelectronic medicine - using electronic devices to interface with the body's electrically active tissues to treat and manage disease.
Explore how EEG-based Brain-Computer Interfaces are transforming lives by restoring movement and communication for physically handicapped individuals.
Exploring the unintended consequences of Chile's pioneering neurorights legislation on medical research and innovation in neurotechnology.
Explore the latest neuroscience technologies including ultra-high-field MRI, digital brain twins, AI diagnostics, and neuroplasticity applications transforming brain science in 2025.
Explore how real-time brain signal visualization is transforming neuroscience, enabling us to watch the brain's electrical activity as thoughts and sensations occur.
A comprehensive analysis of public perceptions about brain-computer interfaces based on a landmark UK study exploring awareness, attitudes and ethical concerns.
Discover how two-photon optogenetics with speckle-free beaded-ring patterns enables unprecedented precision in stimulating individual neurons within living brains.
Discover how confidence interval training is revolutionizing Brain-Computer Interfaces by boosting user self-efficacy and performance in P300 spelling tasks.
Exploring groundbreaking innovations in penetrating neural electrodes that bring us closer to seamless integration between mind and machine.