In the rodent auditory system, the primary cortex is subdivided into two regions, both
receiving direct inputs from the auditory thalamus: the primary auditory cortex (A1) and the …

In the primary auditory cortex (A1), neuronal ensembles are activated relative to anticipated
sound events following rhythmic stimulation, but whether the echo responses of the neurons …

It is unclear whether top‐down processing in the auditory cortex (AC) interferes with its
bottom‐up analysis of sound. Recent studies indicated non‐acoustic modulations of AC …

Prevailing studies of auditory systems pay most attention to the dynamic temporal changes
of sound intensity, but poorly enlighten the encoding of steady-state aspects. Using tone …

It has been proposed that sound information is separately streamed into onset and offset
pathways for parallel processing. However, how offset responses contribute to auditory …

Sensory responses typically vary depending on the recent history of sensory experience.
This is essential for processes, including adaptation, efficient coding, and change detection …

The mammalian auditory cortex is necessary for spectral and spatial processing of acoustic
stimuli. Most physiological studies of single neurons in the auditory cortex have focused on …

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Offset neurons, which fire at the termination of sound, likely encode sound duration and
serve to process temporal information. Offset neurons are found in most ascending auditory …

The phase of low-frequency network activity in the auditory cortex captures changes in
neural excitability, entrains to the temporal structure of natural sounds, and correlates with …