Molly J. Henry

The paper examines how aging affects neural tracking of musical features and tempo sensitivity, finding enhanced feature tracking but reduced tempo sensitivity in older adults.

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 uses CNNs to identify brain interactions involved in spatial auditory attention from EEG data, achieving high classification accuracy and revealing specific frequency-band interactions.

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

The paper examines individual neurophysiological variability in rhythm processing using single-trial M/EEG data, revealing inter- and intra-participant differences in temporal prediction and beat grouping patterns.

This study shows that neural synchronization to music is strongest for spectral flux, not amplitude envelope, and is influenced by tempo, familiarity, and beat salience.

This study examines how neural activity related to auditory attention changes with age, showing differences in brain regions and timing strategies between younger and older adults during listening tasks.

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

The paper investigates how size constancy emerges in human visual cortex by manipulating real viewing distance and using EEG, finding it takes about 150 ms to develop after visual signals reach V1.

The paper investigates how temporal expectation affects sensory memory decay by analyzing neural oscillations and connectivity patterns during a delayed matching-to-sample task.