Divya Gulati

The paper investigates gamma activity in response to auditory gratings in humans using EEG and invasive recordings, finding broadband gamma activity rather than narrowband oscillations.

This study evaluates the Temple Brain Flow Index from a wearable device against depth-resolved NIRS data during postural changes, showing stronger correlation with brain-layer hemodynamics than scalp-layer.

This study investigates auditory steady-state masking interactions in human EEG and finds that a slow-varying normalization model explains the suppression patterns observed with closely spaced modulation frequencies.

The paper shows that a simple low-pass filter in normalization explains diverse temporal frequency masking effects in macaque V1 across scales.

The paper investigates whether auditory ripple stimuli can elicit narrowband gamma oscillations similar to visual gratings, finding instead that they produce broadband high-gamma responses.