Exploring how neurons internalize carbon nanotubes - the opportunities for neural interfaces and the associated risks for future medicine.
Exploring how minimum reporting requirements are transforming neural interface research through standardization, improved reproducibility, and accelerated clinical translation.
Exploring neuroethics, cognitive liberty, and the ethical implications of converging technologies for human cognition enhancement.
Explore how neuroscience is expanding beyond laboratories into daily life, markets, and technologies, transforming our understanding of the brain and human experience.
Explore how wearable HD-DOT technology is revolutionizing brain imaging by enabling high-resolution visual cortex mapping during movement.
Exploring how the BRAIN Initiative has transformed neuroscience through advanced neurotechnologies, brain mapping, and innovative treatments for neurological disorders.
Exploring the revolutionary closed-loop neural interfaces that combine circuits and AI to transform brain treatments and human-machine integration.
Exploring how brain-computer interfaces are transforming medical treatments and human capabilities through direct brain-machine communication.
Exploring next-generation cortical interfaces that transform how we treat paralysis, decode cognition, and redefine human-machine symbiosis.
Exploring whether GDPR is sufficient to protect neural data privacy in the age of advanced neurotechnology