Recentstudies have revealed a distinct cortical network activated during the analysis of
sounds' spatial properties. Whether common brain regions in this auditory where pathway …

Early hearing loss leads to crossmodal plasticity in regions of the cerebrum that are
dominated by acoustical processing in hearing subjects. Until recently, little has been known …

Objectives: Being the two complementary cues to directional hearing, interaural time and
intensity disparities (ITD and IID, respectively), are known to be separately encoded in the …

Motion perception is a fundamental sensory task that plays a critical evolutionary role. In
vision, motion processing is classically described using a motion energy model with …

Hearing is confronted by a similar problem to vision when the observer moves. The image
motion that is created remains ambiguous until the observer knows the velocity of eye and/or …

Evidence that the auditory system contains specialised motion detectors is mixed. Many
psychophysical studies confound speed cues with distance and duration cues and present …

The extent to which the auditory system, like the visual system, processes spatial stimulus
characteristics such as location and motion in separate specialized neuronal modules or in …

The neural substrates of auditory motion processing are, at present, still a matter of debate. It
has been hypothesized that motion information is, as in the visual system, processed …

Unimodal auditory and visual apparent motion (AM) and bimodal audiovisual AM were
investigated to determine the effects of crossmodal integration on motion perception and …

The present work investigated the temporal tuning of the auditory motion aftereffect (aMAE)
by measuring the time course of adaptation and recovery to auditory motion exposure. On …