Hedderik van Rijn

The paper tests Bayesian theories of perception by showing that perceptual estimates are reliability-weighted updated based on previous and current stimuli reliability in a duration reproduction task.

This study links individual differences in long-term memory forgetting to resting-state brain connectivity patterns, supporting storage degradation over retrieval failure.

The paper investigates how humans estimate the mean of temporal distributions and shows that variability in distributions increases uncertainty in mean estimates, reflected in neural signals like CNV.

This study shows that young adults can adapt their encoding speed in working memory based on expected time constraints, but cannot use explicit cues to do so.

The paper shows that temporal preparation, not statistical learning, explains performance benefits in complex temporal environments with regular and irregular events.

The paper correlates individual forgetting rates with resting-state EEG power in specific beta frequency bands, suggesting task-free neuroimaging can inform idiographic cognitive models.

The paper investigates whether temporal information in working memory is bound to spatial information, finding that while spatial information is involved during perception, it is no longer related during comparison.

The paper investigates how temporal context influences EEG signatures of time perception during interval reproduction, showing that context dynamically affects neural dynamics and can be decoded from EEG signals.

The paper shows participants implicitly use regular time intervals to anticipate future events in a naturalistic game-like environment, extending timing research to ecologically valid settings.

The paper shows that changes in sensory responses, not arousal, affect time perception using electrophysiology and pupillometry.

The paper investigates whether phase-amplitude coupling between alpha and beta oscillations indexes internal timekeeping precision or motor control precision during temporal interval reproduction.

The paper replicates findings that semantic brightness of words modulates pupil size, supporting the idea that language processing involves visual brain areas.