Does walking influence how people process sensory information, like sounds, from the environment? In a new JNeurosci paper, ...

A new study shows that walking enhances how the brain processes auditory information, sharpening responses compared to standing still.

Proceedings of the National Academy of Sciences of the United States of America, Vol. 117, No. 49 (December 8, 2020), pp. 31482-31493 (12 pages) The perception of sound textures, a class of natural ...

A new study has uncovered how the brain seamlessly transforms sounds, speech patterns, and words into the flow of everyday conversations. Using advanced technology to analyze over 100 hours of brain ...

Prof Emi Hasuo studies how the brain perceives and processes sound rhythm. Surprisingly, the physical rhythm and perceived rhythm are sometimes different. Moreover, sounds of the same rhythm are ...

Heart sound analysis is an essential area of research in cardiology, focusing on the detection and classification of heart conditions through the analysis of phonocardiogram (PCG) signals. These ...

The dawn of neural chips, enabling musicians to transform their thoughts directly into music, signals a significant shift in ...

A large-scale study from the University of Michigan and University of Minnesota finds no evidence for a long-believed association between musical training and enhanced neural processing of sounds at ...

Automated respiratory sound analysis using neural networks has emerged as a transformative approach in the non‐invasive diagnosis of pulmonary disorders. By integrating digital stethoscopes with ...

Using the app, users can create videos, remix content from other users, and browse a customizable feed of generated videos.

The path people take while walking can influence how the brain responds to sounds.