Spatial representation has been widely studied in early blindness, whereas research about
late blindness is still limited. We recently demonstrated that the early (50–90 ms) event …

A controversial hypothesis within the domain of sensory research is that observers are able
to use visual and auditory distance cues to maintain perceptual synchrony—despite the …

A fundamental and nearly ubiquitous feature of sensory encoding is that neuronal
responses are strongly influenced by recent experience, or adaptation. Theoretical and …

Perceptual history can exert pronounced effects on the contents of conscious experience:
when confronted with completely ambiguous stimuli, perception does not waver at random …

Recent exposure to asynchronous multisensory signals has been shown to shift perceived
timing between the sensory modalities, a phenomenon known as 'temporal recalibration' …

A remarkable example of rapid perceptual learning is the visual recalibration of auditory
spatial perception, which can result in either a bias (ventriloquism after‐effect) or an …

The capacity to rapidly adjust perceptual representations confers a fundamental advantage
when confronted with a constantly changing world. Unexplored is how feedback regarding …

Until only a few decades ago, researchers still considered sensory cortices to be fixed or
“hardwired,” with specific cortical regions solely dedicated to the processing of selective …

When the brain is exposed to a temporal asynchrony between the senses, it will shift its
perception of simultaneity towards the previously experienced asynchrony (temporal …

Visual processing is strongly influenced by the recent stimulus history–a phenomenon
termed adaptation. Prominent theories cast adaptation as a consequence of optimized …