Warrick Roseboom

The paper introduces a predictive processing model of time perception that incorporates memory, attention, and stimulus content, validated through experiments with 13,000 participants.

The paper reconstructs trial-by-trial subjective time estimates from visual cortex BOLD activity during naturalistic video viewing, showing it reflects subjective experience rather than clock time.

The paper shows humans can acquire and maintain multiple duration priors based on sensory signal type, both within and across senses.

The paper investigates thermal referral (TR) to determine the hierarchy of thermal touch processing, finding that thermal adaptation occurs before thermal-tactile integration.

The paper investigates the Uniformity Illusion and finds that it does not result from changes in sensory encoding but depends on high-level processes.

This study proposes a model of human time perception based on perceptual classification, showing that an artificial neural system can estimate duration by tracking salient activation changes in response to natural scenes.

The paper introduces a VR platform using deep convolutional neural networks and panoramic videos to simulate visual hallucinations, showing it can replicate psychedelic-like experiences without causing temporal distortion.

This study investigates neurophysiological responses to duration and rhythm prediction violations across visual and auditory modalities, finding common supramodal mechanisms for duration prediction.