Brain-machine interfaces convert our brain signals to actions and are powered by electricity. The same power source may be used to treat diseases and disorders.

An intense bout of exercise can improve mood and create a sense of euphoria — an effect popularly known as the “runner’s high.”

Our biology, culture, and past experiences shape how we perceive the world around us, altering our perception of reality.

Perspective-taking can help us understand what it’s like to live with Parkinson’s disease.

A picture of a dress captured the attention of millions around the world and raised a fundamental question – how could we perceive the same thing so differently?

Childhood trauma physically alters the brain, with long-lasting consequences.

Several timekeeping brain regions work together to create our perception of time.

Specialized cells in the inner ear turn vibrations in the air into what we perceive as sound. However, over time or after prolonged exposure to loud noises, these cells can become damaged and die, leading to hearing loss.

A flow state can occur during a period of intense focus, absence of worrying, high responsiveness, and dissipation of self-consciousness.

We move our bodies to act upon our choices every day — but how do our bodies coordinate all these movements?