Jeroen J. A. van Boxtel

This study investigates how transcranial random noise stimulation (tRNS) affects perceptual performance by manipulating neural noise and analyzing internal noise levels using the perceptual template model.

The paper investigates internal noise in motion direction discrimination tasks and finds higher internal noise in individuals with high ASD traits only for coarse tasks, with no significant correlations in fine tasks.

The paper shows that neural activity increases when stimuli become invisible, challenging assumptions about the relationship between neural responses and conscious experience.

The paper uses perceptual filling-in to study graded changes in consciousness by analyzing neural correlates through EEG and subjective reports.

This study investigates how attention samples competing stimuli during binocular rivalry, finding that attentional sampling rates change based on the target of attention.

This study investigates Motion Induced Blindness (MIB) by simulating forward and backward self-motion and finds that faster mask speeds and upper visual field targets increase target disappearance.

This study uses hierarchical frequency tagging to examine neural markers of predictive coding by analyzing EEG signals under varying uncertainty conditions.