In mammals, the suprachiasmatic nucleus of the hypothalamus is the master circadian
pacemaker that synchronizes the clocks in the central nervous system and periphery, thus …

Synchronization between CA1 pyramidal neurons was studied using dual-cell patch-clamp
techniques simultaneous with an extracellular measurement of network activity. We explored …

The study of rhythmicity provides insights into the understanding of temporal coding of music
and temporal information processing in the human brain. Auditory rhythms rapidly entrain …

Gamma-band synchronization is abundant in nervous systems. Typically, the strength or
precision of gamma-band synchronization is studied. However, the precise phase with …

The cerebral cortex consists of numerous, densely interconnected, functionally specialized
areas that need to cooperate in ever-changing constellations depending on the actual …

Brain development is characterized by maturational processes that span the period from
childhood through adolescence to adulthood, but little is known whether and how …

Rhythmic activity in populations of cortical neurons accompanies, and may underlie, many
aspects of primary sensory processing and short-term memory. Activity in the gamma band …

Brain oscillations have been hypothesized to support cognitive function by coordinating
spike timing within and across brain regions, yet it is often not known when timing is either …

Gamma oscillations are involved in long-range coupling of distant regions that support
various cognitive operations. Here we show in adult male rats that synchronized bursts of …

In mammals, the suprachiasmatic nucleus (SCN) functions as a circadian clock that drives
24-h rhythms in both physiology and behavior. The SCN is a multicellular oscillator in which …