Tomas Lenc

The paper tests newborns' ability to categorize rhythms, finding neural responses that suggest innate predispositions and early plasticity in rhythm processing.

The paper uses intracerebral recordings in humans to show that beat representation in music emerges gradually along the dorsal auditory pathway, involving sensory and associative brain regions.

The paper shows that longer sound durations enhance neural representation of musical beat, beyond just onset timing, by manipulating sound duration in EEG experiments.

The paper investigates how neural representations of acoustic and tactile rhythms differ, finding that acoustic rhythms elicit low-frequency periodized neural activity linked to motor entrainment, while tactile rhythms show broader frequency responses with less stable tapping.

This study investigates how the brain categorizes musical rhythms using EEG, showing automatic categorical representation despite early auditory processing not reflecting these categories.

The paper investigates how repetition of rhythmic patterns enhances neural representation of musical meter through EEG and behavioral responses.

The paper investigates how attention affects neural processing of rhythm, finding that overall neural response decreases with attention but selective contrast at meter periodicities remains unchanged.

The paper shows that neural synchronization to perceived musical meter persists longer when rhythms transition from regular to ambiguous, demonstrating hysteresis and context-dependent stability in perception.