Mukesh Dhamala

This paper introduces Dynamic Resource Theory to explain self-organization in resource-constrained systems, showing how complexity and adaptability emerge through thermodynamic and variational principles.

This study introduces a novel PCA method to reveal neuroplastic refinements in action video gamers, showing improved visuomotor decision-making and reduced uncertainty through cognitive and motor adaptations.

This study investigates how action video game play reshapes neural circuits to improve visuomotor decision-making through cognitive resource reallocation.

This study finds that action video gamers have enhanced functional and structural connectivity in the dorsal visual stream, correlating with faster response times in vision-based tasks.

This paper introduces a nonlinear method to estimate brain networks from fMRI data, showing it better distinguishes schizophrenia patients from controls than linear methods.

The paper develops a method to estimate time-resolved spatial networks and applies it to study sex-specific schizophrenia disruptions and their genetic links.

This study shows that cerebellar stimulation impairs spatial working memory and disrupts mPFC-dCA1 coherence, suggesting a role for the cerebellum in modulating prefrontal-hippocampal interactions during decision-making.

This study shows that high gamma oscillations (50-90Hz) mediate phase synchronization and spike synchrony between thalamus and cortex in awake mice during visual processing.