Abstract
Music perception involves complex brain functions underlying acoustic
analysis, auditory memory, auditory scene analysis, and processing
of musical syntax and semantics. Moreover, music perception potentially
affects emotion, influences the autonomic nervous system, the hormonal
and immune systems, and activates (pre)motor representations. During
the past few years, research activities on different aspects of music
processing and their neural correlates have rapidly progressed. This
article provides an overview of recent developments and a framework
for the perceptual side of music processing. This framework lays
out a model of the cognitive modules involved in music perception,
and incorporates information about the time course of activity of
some of these modules, as well as research findings about where in
the brain these modules might be located.
- arousal,arousal:
- mapping,brain:
- nervous
- pathways,auditory
- pathways:
- perception,auditory
- perception:
- physiology,auditory
- physiology,autonomic
- physiology,brain,brain
- physiology,emotions,emotions:
- physiology,evoked
- physiology,gestalt
- physiology,memory,memory:
- physiology,music,psychoacoustics,sound
- potentials,evoked
- potentials:
- spectrography,music,neuro,perception
- system,autonomic
- system:
- theory,humans,intelligence,intelligence:
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