Understanding the functional organization of the cerebral structures u
nderlying receptive and expressive musical processes Is confronted wit
h a wide variety of difficulties inherent in the artistic and subjecti
ve nature of the musical experience. Yet clarifying the relationships
between music and the brain is a legitimate goal of neuroscientific re
search. One approach toward this goal is based on new developments of
brain imaging techniques, and recent investigations indicate that the
realization of musical abilities such as sight-reading and piano perfo
rmance relies on a distributed neural network comprising locally speci
alized cortical areas. Another approach is concerned with the study of
musicians, like Maurice Ravel, who have been affected by brain damage
. An analysis of their deficits helps to uncover some properties of mu
sic-brain relationships, to identify the essential questions raised by
these deficits, and to clarify the neurofunctional anatomy of musical
abilities. The understanding of the neurocognitive bases of musical f
unctions is still at an early stage, but recent progress in cognitive
and neurofunctional research opens the way to more systematic studies
than had so far been possible.