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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Georgia State University · Physics & Neuroscience
Why it matters
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.
Research areas
Longitudinal studies of attention, perceptual decisions, visuomotor processing, and brain-network reorganization associated with action video game experience.
Learn more →Directed-connectivity, spectral, and network-dynamics methods for identifying seizure-generating regions and improving surgical planning.
Learn more →Mathematical models of neural populations, conduction delays, oscillations, synchronization, and large-scale activity flow across brain networks.
Learn more →Stay informed
Georgia State coverage of research on sex-dependent patterns of gray-matter atrophy during Alzheimer’s disease progression.
Georgia State press coverage of causal-flow analysis for locating seizure-generating regions using low-frequency brain activity.
Georgia State press release on faster, more accurate perceptual decisions and enhanced brain activity in experienced action video game players.
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