High Energy Theory
The Ohio State University
Physics Research Building M2032
(614) 247-6753
Research Interests
String theory, quantum
gravity and field theory. My most recent work includes
understanding toy models of cosmological singularities using string theory,
and constructing α-vacua for black holes.
I have also
studied branes, vacua, and other aspects of string theory, matrix
theory and matrix string theory for pp waves;
noncommutative field theories; black holes
in string theory; and type II string theories on Calabi-Yau
manifolds in the presence of fluxes.
Education
B.Sc., Honours Chemistry
and Honours Physics, McGill University (1994).
M.A., Physics, University of California, Santa Barbara (1996).
Ph.D.,
Physics, University of
California, Santa Barbara (1999).
``Mechanics and Quantum Supermechanics of a Monopole Probe Including
a Coulomb Potential,''
with S. Avery,
to appear in Phys. Rev. D;
arXiv:0712.0341
[hep-th].