College of Physical and Mathematical Sciences   |   North Carolina State University
Department of Physics
Department of Physics
Research
Research Overview   |   Labs and Facilities   |   Astrophysics, Astronomy, and Relativity   |   Atomic & Molecular Physics   |   Biophysics and Soft-condensed Matter   |   Educational Research in Physics   |   Weak Interactions and Nuclear Physics   |   Materials Physics and Nanoscale Science and Techonology   |   Nanoscience/Materials and Biomolecular Simulations   |   Optics   |   Synchrotron Radiation Research   |   Theoretical Nuclear and Particle Physics

Research - Theoretical Nuclear and Particle Physics

Electromagnetic structure studies of hadrons; relativistic quark models; light-cone quantization; B-physics; glueball and hybrid meson spectroscopy; application to astrophysics and cosmology; neutrino phenomenology; nonperturbative vacuum effects and mixing; CP violation; extra dimensions and physics beyond the standard model; QCD-based description of hadronic interactions; BCS methods and chiral symmetry breaking; Hartree-Fock techniques; lattice gauge theory; many body phenomena and computational algorithms, instantons, finite density QCD, superconductivity; nuclear lattice simulations; effective field theory.

Research

Aerial view of the Continuous Electron Beam Accelorator Facility (CEBAF) under construction in Newport News, VA.

Click here for the Theoretical Nuclear and Particle Physics Homepage.

Faculty Members:

Dr. Stephen Cotanch
Dr. Chueng Ji
Dr. Dean Lee
Dr. Gail McLaughlin
Dr. Thomas Schaefer


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