Nuclear and Particle Theory at The University of Iowa

Nuclear and Particle Theory

Research on topics in:

Hadronic Physics	Klink, Meurice, Payne, Polyzou, Reno, Rodgers
	role of quarks in nucleons and nuclei few nucleon and few quark systems dynamics of few-nucleon systems reactions and structure of few nucleon systems lattice gauge theory and numerical simulations strong coupling expansions and large-N approximations numerical and symbolic solutions to problems in QCD perturbative QCD corrections to particle interactions electron-nucleus, proton-antiproton and proton-proton scattering
Electroweak Physics	Meurice, Reno, Rodgers
	phenomenology of neutrino interactions for laboratory and cosmic neutrino beams supersymmetry and the hierarchy problem
Gravitational Physics	Klink, Rodgers
	superstrings and supergravity quantum gravity cosmology
Field Theory	Meurice, Polyzou, Rodgers
	renormalization group method 2-dimensional field theories of gravitation higher dimensional field theories of gravity and string theory Euclidean field theory
Mathematical Physics	Klink, Meurice, Polyzou, Rodgers
	symmetries and group representations in quantum mechanics scattering theory relativistic quantum mechanics and quantum field theory mathematical problems in Euclidean field theory large field contributions to path integrals renormalization group flows infinite dimensional Lie algebras in string theories symbolic manipulation and numerical programing for problems in geometry coadjoint representations in physical theories diffeomorphisms and geometry

* Phone numbers 5-xxxx on campus are (319)335-xxxx from off campus.

http://www-hep.physics.uiowa.edu

Last updated February 9, 2004.
©The University of Iowa 2004. All rights reserved.
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The Department of Physics and Astronomy is part of the College of Liberal Arts & Sciences.