Loading

Theodore Allen

Associate Professor of Physics

Joined the faculty in 2000

Ph.D. Caltech
M.S. Caltech
B.S. University of Wisconsin-Madison

Current Scholarly Interests:
Theoretical Physics
QCD String Theory
Quantization of Constrained Systems

Previous Teaching Experiences:
SUNY Utica/Rome, 1999-2000
University of Wisconsin-Madison, 1994-1998
Caltech, 1983-1988
University of Wisconsin-Madison, 1980-1981
 

Courses Routinely Taught:
Introductory Physics
Modern Physics
Quantum Mechanics
Thermal Physics

Previous Research:
Postdoctoral Researcher, Syracuse University, 1988-1991
Postdoctoral Researcher, University of Wisconsin, 1991-1993
Research Scientist, University of Wisconsin, 1993-1995

Recently Published Work:
Theodore J. Allen, Todd Coleman, M.G. Olsson, and Sinisa Veseli, "Universal light quark mass dependence and heavy light meson spectroscopy," Physical Review D 69, 074010 (2004).

Theodore J. Allen, M.G. Olsson, and J.R. Schmidt, "QCD strings with spinning quarks," Physical Review D 69, 054013 (2004).

Theodore J. Allen and M.G. Olsson, "Reduction of the QCD string to a time component vector potential," Physical Review D 68, 054022 (2003).

Theodore J. Allen, Todd Coleman, M.G. Olsson, and Sinisa Veseli, "QCD String Structure in Vector Confinement," Physical Review D 67, 054016 (2003).

Theodore J. Allen, Charles Goebel, M.G. Olsson, and Sinisa Veseli, "Analytic Quantization of the QCD String," Physical Review D64, 094011 (2001).

Theodore J. Allen, M.G. Olsson, and Sinisa Veseli, "From Scalar to String Confinement," Physical Review D62, 094021 (2000).

Theodore J. Allen, M.G. Olsson, and J.R. Schmidt, “A note on the computation of mode sums,” Physical Review D 62, 066006 (2000).

Theodore J. Allen, M.G. Olsson, and Sinisa Veseli, “Curved QCD string dynamics,” Physical Review D 60, 074026 (1999).

Theodore J. Allen, M.G. Olsson, and Sinisa Veseli, "Adiabatic String Shape for Nonuniform Rotation," Physical Review D 59, 094011 (1999).

Professional Affiliations:
American Physical Society

Click to print