Timing is critical to most forms of learning, behavior, and sensory-motor processing.
Converging evidence supports the notion that, precisely because of its importance across a …

Sensorineural hearing loss induced by noise or ototoxic drug exposure reduces the neural
activity transmitted from the cochlea to the central auditory system. Despite a reduced …

A conspicuous ability of the brain is to seamlessly assimilate and process spatial and
temporal features of sensory stimuli. This ability is indispensable for the recognition of …

The discrimination and production of temporal patterns on the scale of hundreds of
milliseconds are critical to sensory and motor processing. Indeed, most complex behaviours …

In higher sensory cortices, there is a gradual transformation from sensation to perception
and action. In the auditory system, this transformation is revealed by responses in the rostral …

Learned behavioral responses to sounds depend largely on the expected outcomes
associated with each potential choice. Where and how the nervous system integrates …

Complex natural and environmental sounds, such as speech and music, convey information
along both spectral and temporal dimensions. The cortical representation of such stimuli …

The ability to detect time intervals and temporal patterns is critical to some of the most
fundamental computations the brain performs, including the ability to communicate and …

Recent evidence is resha** the view of primary auditory cortex (A1) from a unisensory
area to one more involved in dynamically integrating multisensory-and task-related …

We recorded from single neurons of the primary auditory cortex (A1), while trained monkeys
reported a decision based on the comparison of 2 acoustic flutter stimuli. Crucially, to form …