Highlights•Duration data has dominated time perception theorising.•Pacemaker–
accumulator (PA) and beat frequency (BF) models developed as duration models.•Often …

Our brain compensates sensory uncertainty by combining multisensory information derived
from an event, and by integrating the current sensory signal with the prior knowledge about …

The present study examined whether cinematographic editing density affects viewers'
perception of time. As a second aim, based on embodied models that conceive time …

Bayesian models have advanced the idea that humans combine prior beliefs and sensory
observations to optimize behavior. How the brain implements Bayes-optimal inference …

Many areas of research require measuring psychometric functions or their descriptors
(thresholds, slopes, etc.). Data for this purpose are collected with psychophysical methods of …

The current study examined whether regularity of dot patterns would influence time
perception. We presented observers the dot patterns with three levels of regularity (high …

When task-irrelevant nontarget sound temporally sandwiches brief target visual stimuli, its
perceived duration is compressed (time compression). Since little is known about the …

Adaptive psychophysical methods are widely used for the quick estimation of percentage
points (thresholds) on psychometric functions for two-alternative forced-choice (2AFC) tasks …

Temporal dilation and temporal contraction are perceived as duration lasting longer or
shorter than the standard time unit, respectively. Social, cognitive, and emotional context …

The present study examined whether cinematographic editing density affects viewers'
perception of time. As a second aim, based on embodied models that conceive time …