Introduction 3. Dichotic listening experiment 4. Auditory scene analysis 4.1. Grouping task-
irrelevant material 4.2. Electrophysiological studies of auditory organization 5 …

The extent to which sound identification and sound localization depend on specialized
auditory pathways was examined by using functional magnetic resonance imaging and event-…

A particularly prominent model of auditory cortical function proposes that a dorsal brain pathway,
emanating from the posterior auditory cortex, is primarily concerned with processing the …

Evidence from anatomical and neurophysiological studies in nonhuman primates suggests
a dual-pathway model of auditory processing wherein sound identity and sound location …

Background A small number of blind people are adept at echolocating silent objects simply
by producing mouth clicks and listening to the returning echoes. Yet the neural architecture …

As data sharing has become more prevalent, three pillars - archives, standards, and analysis
tools - have emerged as critical components in facilitating effective data sharing and …

The physiological processes underlying the segregation of concurrent sounds were
investigated through the use of event-related brain potentials. The stimuli were complex sounds …

We recently demonstrated that attending to the form of objects and attending to their surface
properties activated anatomically distinct regions of occipito-temporal cortex (Cant and …

Despite a widespread familiarity with the often compelling urge to yawn after perceiving
someone else yawn, an understanding of the neural mechanism underlying contagious yawning …

… There is some evidence to indicate that more densely concentrated auditory scenes require
a narrower focus of attention (see Arnott & Alain, 2002a, 2002b). Given the links between …