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Scientists have found that not just brain cells but also cells from other parts of the body can form and keep memories.

Attaching future nanoscale components (such as brain electrodes, antennas and circuits) to living tissue or organisms

Scientists at EPFL have developed a novel method to transmit signals using magnetic spin waves without requiring extreme cold, effectively paving the way for more efficient computers and artificial intelligence.

Scientists integrate genetics, AI, and brain imaging to connect different levels of study, revealing how language develops and varies across people.

Advancing brain research by unveiling intricate neural networks with new, powerful light microscopy techniques.

Detecting weak brain signals with most powerful (11.7 tesla) MRI scanner

The brain can change throughout life, but not without limits, not instantly and not effortlessly.

Tiny magnetic nanodiscs can be injected into the brain where they can stimulate brain cells without using more invasive means to do the same.

Engineered proteins cross the protective blood-brain barrier to track gene activity through simple blood tests, helping speed research toward personalized treatments for brain disorders.

Study reveals how activating specific neurons accelerates fear extinction, providing new insights for anxiety and PTSD treatments.