Physics & Astronomy Department
2401 Vanderbilt Place
Nashville, TN 37240-1807
The Applied Optical Physics group studies ultrafast processes in metals and strongly correlated materials, using tools such as a femtosecond white-light continuum generated in a photonic crystal fiber.
Vanderbilt particle physicists are exploring the structure and behavior of the Universe using the Compact Muon Solenoid (CMS) experiment at CERN's Large Hadron Collider.
As part of the LasDamas project, Vanderbilt astrophysicists are simulating the evolution of dark matter in the universe in order to constrain cosmology and galaxy formation.
Prof. J.H. Hamilton (left) with Y. Oganessian viewing Berkelium-249 prepared at Oak Ridge National Laboratory. In early 2010, physicists successfully synthesized a new element with atomic number 117.
In the embryonic epithelia shown above, Vanderbilt biophysicists use laser-microsurgery to probe the sub-cellular mechanics of living tissues.
The KELT-South observatory (left) searches for giant planets eclipsing bright stars. Located in South Africa, it was designed and built by astronomers at Vanderbilt and the University of Cape Town.
The Department of Physics and Astronomy at Vanderbilt University combines the friendly and supportive atmosphere of a liberal arts college with the excitement and challenge of forefront research. The undergraduate program consists of a focused physics education combined with a wealth of skills from the humanities and social sciences. The bachelor’s degree prepares a student for a career in the private sector or for continuing one's education in physics, astronomy, engineering, law, medicine and many other fields.
Both undergraduate and graduate students actively engage in Departmental research programs that are supported by more than $6 million in external funding annually. These research programs are at the cutting edge of traditional areas of physics as well as being a major contributor to contemporary interdisciplinary institutions and centers.
David Awschalom, Institute for Molecular Engineering, University of Chicago
Beyond electronics: abandoning perfection for quantum technologies
Copyright 2010, Vanderbilt University