Recent evidence indicates the existence of pyramidal cells (PCs) and interneurons with
nontrivial tuning characteristics for sound attributes in the primary auditory cortex (A1) of …

Recordings of single neurons have yielded great insights into the way acoustic stimuli are
represented in auditory cortex. However, any one neuron functions as part of a population …

Cortical neurons are heterogeneous in their functional properties. This heterogeneity is
fundamental for the processing of different features of sensory information. However …

The ability to recognize sounds allows humans and animals to efficiently detect behaviorally
relevant events, even in the absence of visual information. Sound recognition in the human …

The auditory cortex encodes information about sounds through the combined activity of
large numbers of neurons, but the way this population activity is organized has not been …

The spatial organization of response parameters in squirrel monkey primary auditory cortex
(AI) accessible on the temporal gyrus was determined with the excitatory receptive field to …

Auditory neurons are likely adapted to process complex stimuli, such as vocalizations, which
contain spectrotemporal modulations. However, basic properties of auditory neurons are …

How do neuronal populations in the auditory cortex represent acoustic stimuli? Although
sound-evoked neural responses in the anesthetized auditory cortex are mainly transient …

Robust perception of auditory objects over a large range of sound intensities is a
fundamental feature of the auditory system. However, firing characteristics of single neurons …

A fundamental feature of auditory perception is the constancy of sound recognition over a
large range of intensities. Although this invariance has been described in behavioral …