synchronous neural interaction

Synchronous neural interaction, often referred to as neural oscillation, describes the synchronized rhythmic electrical activity produced by neurons in the brain and nervous system. These oscillations are a result of the balanced interplay between excitatory and inhibitory forces within neural networks.1

This synchronized activity is energetically efficient, allowing many neurons to communicate effectively within specific timeframes. Different types of brain rhythms, such as alpha, theta, delta, and gamma oscillations, operate at various frequencies and are associated with different brain states and functions, including memory processing, sleep, and attention. Alterations in these neural oscillations are linked to various neurological and mental disorders.1