Yuranny Cabral‐Calderín

This study compares the effectiveness of rhythmic auditory signals and tACS in entraining behavior, finding that sensory stimuli dominate when both are present.

This study shows that tACS can modulate auditory entrainment based on electric field properties, but optimal lags vary across individuals and sessions.

This study identifies frequency-specific top-down modulation in the right inferior frontal gyrus (rIFG) during emotion-cognition interaction using EEG and source reconstruction in a large human cohort.

This study assesses the reliability of neural entrainment in the auditory system over time and links it to auditory perception.

This study shows that echolocation in bats reverses information flow in the fronto-auditory cortical network, with bottom-up transfer during echolocation and top-down during communication.

The paper compares phase-amplitude coupling (PAC) profiles in frontal-auditory field and auditory cortex of bats, showing distinct frequency ranges for coupling in each region.

This study examines the functional connectivity between the frontal auditory field and auditory cortex in bats during spontaneous activity and auditory processing, revealing distinct coding strategies and coupling dynamics.