Vignesh Muralidharan

This study uses tACS to modulate intrinsic alpha frequency and shows it reduces illusory speech perception during multisensory conflict.

NANHA is a curated database of non-invasive brain stimulation studies in neurodevelopmental disorders, providing standardized data for analysis and protocol development.

This study investigates sensorimotor beta bursts as a biomarker for graded force modulation in humans, finding that burst features correlate with force levels during motor execution.

This study uses connectivity mapping to show meditation shares molecular signatures with drugs targeting neuroactive pathways, suggesting it modulates brain excitation-inhibition balance.

The paper identifies two distinct modes of mid-frontal theta oscillations during conflict and error processing in cognitive tasks.

This study uses a race model framework to test how transient beta oscillations modulate decision thresholds during human action-stopping, finding that beta increases thresholds for the Go process more than the Stop process.

This study disrupts the right inferior frontal cortex using TMS timed to beta bursts, showing impaired action-stopping and linking beta burst timing to stopping latency.

The paper identifies a temporal cascade of neural and muscular processes involved in human action-stopping, showing distinct subprocesses at different timepoints.

This paper develops a cortico-basal ganglia model to simulate reaching tasks in stroke patients and evaluates therapy effectiveness based on lesion size.

This paper introduces a computational model to study how environmental geometry affects grid cell periodicity, showing grid cells encode both local and global environmental information.

The paper presents two computational models that generate spatial cell responses like head direction, grid, border, and place cells without requiring symmetry assumptions, using locomotor inputs.