Biophysics
Biophysics is a unique field that combines the techniques of physics to explore the mysteries of biological systems.
It spans an extensive range, covering everything from the structure and behavior of molecules in living organisms to the way populations of organisms interact.
Key focus areas include understanding the physical aspects of cells, the mechanics of biological systems, and the physical principles underlying the nervous system and brain functions.
In addition to practical laboratory methods like X-ray crystallography, biophysics heavily relies on computational modeling to simulate biological systems and interpret experimental data. This interdisciplinary approach not only enriches our understanding of life at various scales but also has practical applications in areas like medical imaging, drug design and the development of new materials inspired by biological structures.
Experimental Biophysics Faculty
Assistant Professor
and Associate Director of the, Nanoscience and Nanotechnology Ph. D. Program
3D Printing
Biomedical Devices
Bio-Nanoelectronics
Professor
and Department Chair
Nanopore sensing
optical tweezers
cluster biomolecule composites
Theoretical Biophysics Faculty
Associate Professor
Theoretical condensed matter
Theoretical biophysics