David Melcher

This study examines how prior experience and cognitive traits influence causality perception in neurotypical individuals along the autism-schizotypy spectrum using psychophysical data and computational modeling.

This study investigates how ADHD traits affect temporal perception by analyzing oscillatory and aperiodic neural dynamics using EEG and behavioral tasks.

This study identifies neural differences between professional visual artists and controls using multimodal neuroimaging data, finding a joint component associated with structural and functional adaptations linked to creativity.

The paper investigates how alpha oscillations and aperiodic neural dynamics jointly influence visual temporal resolution, confidence, and reliance on prior experience using EEG data.

This study shows that visual information is encoded more accurately at specific alpha phases during sustained perception, using EEG and phase-dependent decoding.

This study investigates how aphantasia affects emotional engagement with stories, finding reduced emotional but not cognitive engagement in aphantasics compared to controls.

This study shows that individual differences in EEG aperiodic activity correlate with perceptual variability in a visual temporal discrimination task.

The paper shows that pre-saccadic previews influence post-saccadic processing more in areas of poor peripheral vision, revealing compensation for visual field asymmetries.

This study investigates how different oscillatory rhythms in cortical networks support spatiotemporal binding in vision, identifying two distinct networks for temporal and spatiotemporal integration.

This study investigates the relationship between visual attention and visual working memory by analyzing rhythmic sampling patterns during dual tasks.

The paper links individual and trial-by-trial alpha peak frequency variations to visual flash segregation performance using MEG data.

The paper investigates how pre-saccadic preview of faces affects post-saccadic neural processing using fixation-related potentials, finding reduced N170 responses with preview.

The paper uses EEG and eye-tracking to show that visual stability during saccades involves two stages: pre-saccadic prediction and early post-saccadic change detection, as evidenced by the fN170 response.

The paper introduces a proactive oculomotor metric to study how input statistics influence anticipatory behavior and learning.