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The very fact that this experiment has been tried and even produced some very preliminary but essentially encouraging results seems significant and worth celebrating.

Could your brain be communicating without synapses? New research uncovers how ephaptic coupling could be driving brain activity during sleep and beyond.

Massive genetic study reveals new Alzheimer’s risk genes, linking immune system dysfunction to brain degeneration—offering hope for earlier detection, better treatments, and deeper understanding of disease mechanisms.

Neuromorphic hardware shows promise in solving equations for real-world simulations with less energy than traditional systems.

New study reveals how psychedelic substances, under medical supervision, shift brain activity to mix memories with sight, leading to hallucinations and potential treatments for mental health issues.

Neurobots integrate neurons into living frog-cell robots to create complex movement patterns and possible sensory abilities, revealing new insights into biological plasticity and regenerative medicine applications.

Desdemona (the robot) and Kennedy Schaal (CEO of Rejuve Biotech) discuss the amazing insights we are learning about human vision from the fruit fly and human connectomes.

This study uses brain recordings to recreate what mice see, revealing how visual information is processed and potentially aiding research on perception across species.

Scientists discover how the brain allocates resources to remember important items more precisely in working memory tasks.

New organic transistors mimic the brain’s synapses to dramatically reduce energy consumption in future computing and artificial intelligence applications.