From a brain's-eye-view, when a stimulus occurs and what it is are interrelated aspects of
interpreting the perceptual world. Yet in practice, the putative perceptual inferences about …

Cortical representations supporting many cognitive abilities emerge from underlying circuits
comprised of several different cell types. However, cell type-specific contributions to rate and …

Animal communication sounds exhibit complex temporal structure because of the amplitude
fluctuations that comprise the sound envelope. In human speech, envelope modulations …

Primary auditory cortex is a critical stage in the human auditory pathway, a gateway between
subcortical and higher-level cortical areas. Receiving the output of all subcortical …

Temporal envelope fluctuations are abundant in nature and are critical for perception of
complex sounds. While psychophysical sinusoidal amplitude modulation (SAM) processing …

Amplitude modulation is an important acoustic cue for sound discrimination, and humans
and animals are able to detect small modulation depths behaviorally. In the inferior …

Cortical representations supporting many cognitive abilities emerge from underlying circuits
comprised of several different cell types. However, cell type-specific contributions to rate and …

Cortical circuits encoding sensory information consist of populations of neurons, yet how
information aggregates via pooling individual cells remains poorly understood. Such pooling …

Somatosensory coding in rodents has been mostly studied in the whisker system and hairy
skin, whereas the function of low-threshold mechanoreceptors (LTMRs) in rodent glabrous …

Cortical circuits encoding sensory information consist of populations of neurons, yet how
information aggregates via pooling individual cells remains poorly understood. Such pooling …