How and which aspects of neural activity give rise to subjective perceptual experience—ie
conscious perception—is a fundamental question of neuroscience. To date, the vast majority …

Studies of auditory scene analysis have traditionally relied on paradigms using artificial
sounds—and conventional behavioral techniques—to elucidate how we perceptually …

Previous work compellingly demonstrates a crossmodal plastic reorganization of auditory
cortex in deaf individuals, leading to increased neural responses to non-auditory sensory …

Reminders of death often elicit defensive responses in individuals, especially among those
with low self-esteem. Although empirical evidence indicates that self-esteem serves as a …

Change deafness describes the failure to perceive even intense changes within complex
auditory input, if the listener does not attend to the changing sound. Remarkably, previous …

Two key questions concerning change detection in crowded acoustic environments are the
extent to which cortical processing is specialized for different forms of acoustic change and …

Change deafness is the failure to notice changes in an auditory scene. In this study, we
sought to determine if change deafness is a perceptual error, rather than only a reflection of …

In a complex linguistic environment, while speech sounds can greatly vary, some shared
features are often invariant. These invariant features constitute so-called abstract auditory …

The everyday auditory environment is complex and dynamic; often, multiple sounds co-
occur and compete for a listener's cognitive resources.'Change deafness', framed as the …

The cortical processing of changes in auditory input involves auditory sensory regions as
well as different frontoparietal brain networks. The spatiotemporal dynamics of the activation …