Gal Vishne

The paper investigates how temporal anticipation affects perception and action by showing that perceptual sensitivity and motor responses are influenced by temporal structure through a logarithmic transformation of event hazard rate and temporal-estimation noise.

The paper introduces a rhythmicity measure to analyze brain activity across multiple datasets, revealing a universal spectral architecture with high- and low-rhythmicity bands that reflect distinct modes of neural dynamics.

The paper examines how sensory and frontoparietal brain regions represent visual experiences over time, finding sustained sensory patterns and transient frontoparietal patterns during visual stimulation.

This study decodes object categories from EEG during free viewing and finds that representational dynamics emerge earlier in active compared to passive viewing conditions.

This study finds that slow online error-correction in autism disrupts sensorimotor synchronization, linking it to social difficulties.