Artificial intelligence can guess what you’re thinking — but only if it has been trained using your own brain activity data.

Reality flows continuously but we perceive it as a series of events — why? One theory suggests we structure our experiences from our subconscious predictions of ongoing events. These predictions are compared to reality — leading us to create distinct boundaries as expectations and events change.

Scientists can use electric impulses to block pain signals in patients who struggle with chronic pain or treat certain neurological conditions.

The blood-brain barrier protects your brain by ensuring the important things stay in while pathogens stay out.

Ever wonder why a certain smell strikes a chord of nostalgia? Research suggests it has to do with the unique way our sense of smell is processed in the brain.

Some studies suggest practicing yoga is associated with greater gray matter volume, decreased depression, and enhanced production of proteins important for plasticity, learning, and memory.

By blocking a brain chemical that makes us sleepy, caffeine helps us feel more awake and alert.

Scientists and musicians have used brain wave recordings from EEG signals to create “brain wave music” that may help with concentration and relaxation.

Neuroscientists study the brain to solve puzzles — piecing together understandings across topics like emotions, rare disorders, and consciousness. But often, new findings raise more questions.

Neuroscience tools can showcase biological patterns, helping us detect information to learn more about ourselves and our health.