Georgia State UniversityPhysics & Astronomy
Dhamala Lab brain-network logoDhamala LabNeuroPhysics · Systems Neuroscience
NeuroPhysics and Systems Neuroscience banner: MRI and EEG recording, a brain with directed network pathways labeled X and Y, neuron illustrations, and a dynamical-systems equation; titled Dhamala Lab

Georgia State University · Physics & Neuroscience

NeuroPhysics & Systems Neuroscience — Dhamala Lab

The Dhamala Lab combines neuroimaging, electrophysiology, network science, and dynamical-systems theory to reveal how dynamic brain networks support healthy cognition—and how their disruption gives rise to neurological and psychiatric disorders.

Why it matters

Brain disorders are now the leading cause of illness and disability worldwide.

Stroke, epilepsy, depression, and Alzheimer’s disease share a common signature: clinical symptoms arise not from a single region, but from disrupted communication across distributed brain networks. Understanding those network dynamics is where treatment begins.

1 in 3
people worldwide affected by a neurological condition
57M
living with dementia, mostly Alzheimer’s disease
50M+
people with epilepsy, often hard to localize and treat
20+ yrs
advancing directed-connectivity & brain-network methods

Research areas

Major directions

Decision-Making & Brain Plasticity

Longitudinal studies of attention, perceptual decisions, visuomotor processing, and brain-network reorganization associated with action video game experience.

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Epilepsy Network Biomarkers

Directed-connectivity, spectral, and network-dynamics methods for identifying seizure-generating regions and improving surgical planning.

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Computational Brain Dynamics

Mathematical models of neural populations, conduction delays, oscillations, synchronization, and large-scale activity flow across brain networks.

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Stay informed

News, Press Releases and Announcements

Our goal is to uncover general principles linking brain structure, dynamic interactions, and behavior—and to translate those principles into tools for understanding and treating neurological disorders.

— Dhamala Lab research mission