Researchers reveal how one region of the brain utilizes multiple brain wave frequency bands to control movement.
A new study could provide insight into memory problems seen in neurodegenerative diseases in which gamma waves are disturbed.
Researchers detect brief bursts of neural activity oscillating in two specific areas of a mouse brain just before the animal makes a correct choice, either when planning an action or correcting a mistake.
Using optogenetics, researchers endow mice with greater touch sensitivity.
Researchers have uncovered a mechanism that could explain how the brain can recall recent events, but in a fraction of the time it took to experience them.
Researchers demonstrate that the visual cortex in human subjects uses different frequency channels depending on the direction of the information being transported.
A new study offers insights into how we recall information and point to factors that may disrupt certain types of memories.
Inducing gamma oscillations appears to suppress amyloid production and could prove an effective treatment potential for Alzheimer's.
A new Nature Communications study sheds light on how the brain processes information relevant to memory.
Researchers reveal eating nuts can help enhance cognitive function, learning and sleep. The study reveals pistachios produce the greatest gamma waves response, and peanuts produce an enhanced delta brain wave response.
A new study suggests a general model of working memory. The findings could help shed light on condition, such as schizophrenia, where working memory function becomes compromised.
Researchers report abnormalities in brainwave activity could be a common link between depression, Parkinson's disease, tinnitus and neuropathic pain.
