Ramesh Balasubramaniam

The Effect of Musical Groove on Sensorimotor Network Cortical Dynamics during Active Tapping and Passive Listening

This study examines how musical groove affects sensorimotor network cortical dynamics during active tapping and passive listening, finding stronger micro rhythm suppression during active tapping and an effect of groove level.

The Influence of Force Field Perturbations on Symmetric and Asymmetric Bimanual Reaching

This study examines how different force field perturbations affect symmetric and asymmetric bimanual reaching, showing that kinematic parameters vary with load conditions while temporal aspects remain coupled under matched loads.

Influence of Cognitive Demand and Auditory Noise on Postural Dynamics

This study examines how cognitive demand and auditory noise affect postural stability in young adults, finding reduced stability with higher cognitive load and partial mitigation by noise.

Effects of auditory noise intensity and color on the dynamics of upright stance

This study examines how different auditory noise intensities and structures affect postural control dynamics, finding reduced variability only at high intensity.

cTBS Over the Left Supplementary Motor Area (lSMA) Does Not Modulate Rhythmic Bimanual Coordination in the Presence and Absence of Visual Cues

This study examines the effect of cTBS on bimanual coordination in in/anti-phase modes, finding no significant disruption despite visual cues improving performance.

Modality-specific frequency band activity during neural entrainment to auditory and visual rhythms

The paper investigates modality-specific beta band neural activity during rhythm perception, finding distinct patterns for auditory and visual rhythms.

Multimodal music perception engages motor prediction: a TMS study

This study uses TMS to show that multimodal music perception with sound lagging increases cortico-spinal excitability in specific hand muscles, supporting predictive coding accounts.

Dorsal Premotor Contributions to Auditory Rhythm Perception: Causal Transcranial Magnetic Stimulation Studies of Interval, Tempo, and Phase

This study uses TMS to show that left dorsal premotor cortex (dPMC) causally affects interval and tempo perception but not phase perception.