Neurophysics

NeuroPhysics is an interdisciplinary science that leverages physics and other scientific disciplines to deepen our understanding of brain function beyond mere description. The NeuroPhysics PhD program at Georgia State University is committed to uncovering the physical principles governing brain structure and function in both health and disease. This is achieved through a combination of experimental neuroimaging, theoretical, and computational approaches. The program offers rigorous training to students, equipping them with advanced skills in neuroimaging experiments, brain data analysis, and brain network modeling. These skills provide a solid foundation for addressing today’s pressing challenges in basic and clinical neurosciences.

Key features of the NeuroPhysics PhD program, led by Prof. Mukesh Dhamala, include:

• Cutting-Edge Neuroimaging: Most Students gain hands-on experience with an EEG system and a 3-Tesla Magnetic Resonance Imaging (MRI) scanner at the joint Georgia State and Georgia Tech Center for Advanced Brain Imaging (CABI).
• Interdisciplinary Collaboration: The program encourages collaboration across multiple departments at GSU and with other institutions in Atlanta and around the world, fostering a rich, interdisciplinary research environment.
• Comprehensive Training: The curriculum is designed to provide students with a robust education in conducting neuroimaging experiments, performing complex brain data analyses, and developing brain or neuronal network models and data analysis methods.

By integrating these elements, the NeuroPhysics PhD program at GSU prepares students to contribute significantly to our understanding of the brain, advancing both basic and clinical neurosciences.

Faculty: Mukesh Dhamala