When we listen to music and find it beautiful, our brains engage in a different pattern of activity compared to when we ...

A new study finds that the urge to move to music—known as groove—is a distinct physiological response, separate from musical ...

People with musical anhedonia do not enjoy music but still feel the urge to move. Movement itself may generate pleasure.

Can binaural beats and brain-enhancing music actually improve your focus, productivity, and memory? 🎧 You’ve probably seen tons of binaural beats, isochronic tones, and focus music on YouTube ...

The pleasurable urge to move to music -- to groove -- appears to be a physiological response independent of how much we generally enjoy music, according to a new article. That groove response is so ...

One of the most powerful benefits of music is its ability to enhance performance, allowing you to work faster and for a ...

Sound and rhythm have great potential in healthcare. Another company to realize this is Lapsi Health. By utilizing sound and ...

Struggling to stay consistent with exercise? Discover how using music for exercise can boost motivation, reduce effort, and ...

A study by Northeastern University and Brain.fm reveals how music with rapid modulations enhances focus and attentional brain networks. Using EEG and MRI scans, researchers found this music stimulates ...

Discover the positive effects of classical music on the brain and heart. Studies show how classical music can benefit both ...

People who've had strokes or traumatic brain injuries often live with aphasia: difficulty using language, both written and spoken. But music mostly originates in the undamaged hemisphere of the brain.

In the Brain, Music, and Learning team, we investigate various music-related phenomena that are relevant to learning, teaching, and music enjoyment in our every-day life. Our studies cover music ...