Discover how near-infrared light and optical technologies are transforming brain science by enabling non-invasive, real-time imaging of neural activity.
Discover how AI and fMRI technology combine to reconstruct natural scenes from brain activity using generative latent diffusion models.
Explore how early digital media experiences influence brain development in children, from neural connections to cognitive outcomes.
Discover how a revolutionary high-voltage neuron stimulator in 0.18μm CMOS process enables smaller, safer biomedical implants for treating neurological disorders.
Explore how cognitive engineering and functional safety technology work together to reduce risks in hazardous industrial plants through human-centered design.
A comprehensive analysis of public perceptions about brain-computer interfaces based on a landmark UK study exploring awareness, attitudes and ethical concerns.
Explore how information technology is transforming rehabilitation medicine through AI, wearables, VR, and robotics for personalized recovery.
A quiet revolution in American drinking habits is underway, driven by a fundamental shift in how we view alcohol and health.
Discover how two-photon optogenetics with speckle-free beaded-ring patterns enables unprecedented precision in stimulating individual neurons within living brains.
Discover how astrocytes, the brain's unsung heroes, actively regulate glutamate clearance during stroke and could revolutionize neuroprotective treatments.