Nir Shalev

This study shows that auditory rhythms improve visual task performance in a non-rhythmic search task, with benefits depending on rhythm tempo and individual motor tempo.

This study shows that individuals with ADHD maintain the ability to form predictions but show reduced long-term benefits from temporal prediction in a dynamic visual task.

The paper investigates how individual differences in spontaneous motor tempo influence the effect of external rhythmic visual stimuli on visual discrimination performance.

The paper shows that enriched environments reduce white matter dispersion in the right FPN, improving alertness and preventing age-related atrophy.

This study investigates how arousal adapts to temporal predictability in sustained tasks, showing that predictable event timing reduces tonic arousal and improves performance efficiency.