Neural processing of sounds in the dorsal and ventral streams of the (human) auditory
cortex is optimized for analyzing fine-grained temporal and spectral information …

Understanding how the human brain processes auditory input remains a challenge.
Traditionally, a distinction between lower-and higher-level sound features is made, but their …

The spectro-temporal response field (STRF) characterises the excitatory and inhibitory
response properties of an auditory neuron, and it can be used to linearly predict responses …

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 …

Because of its great genetic potential, the mouse (M us musculus) has become a popular
model species for studies on hearing and sound processing along the auditory pathways …

The research involves the study of auditory-evoked potentials (AEPs) recorded using
electroencephalography (EEG) from human subjects. The study aims to mathematically …

The auditory system converts the physical properties of a sound waveform to neural
activities and processes them for recognition. During the process, the tuning to amplitude …

Optimal perception requires adaptation to sounds in the environment. Adaptation involves
representing the acoustic stimulation history in neural response patterns, for example, by …

The cocktail party phenomenon describes our ability to focus auditory attention on sound
from a single source in multi-source environments. Although the processes underlying this …

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