Theoretical High Energy Physics

Research

Ongoing research encompasses QCD theory and phenomenology, Electroweak symmetry breaking mechanisms, Supersymmetry and other beyond-the-standard-model scenarios, and Tevatron-, LHC-, HERA-, NLC-phenomenology. The group has close interactions with an active Michigan State HEP experimental group. It also has strong participation in CTEQ - a national Collaboration of theorists and experimentalists.

Faculty

• Martin Berz (berz@pa.msu.edu)
• R. Sekhar Chivukula (sekhar@pa.msu.edu)
• Jon Pumplin (pumplin@pa.msu.edu)
• Wayne Repko (repko@pa.msu.edu)
• Carl Schmidt (schmidt@pa.msu.edu)
• Elizabeth H. Simmons (esimmons@msu.edu)
• Daniel Stump (stump@pa.msu.edu)
• Wu-Ki Tung (tung@pa.msu.edu)
• Chien-Peng (C.-P.) Yuan (yuan@pa.msu.edu)

Postdoctoral Associates

• Neil Christensen (neil@pa.msu.edu)
• Ken Hsieh (kenhsieh@pa.msu.edu)
• Pavel Nadolsky (nadolsky@pa.msu.edu)

Graduate Students

• Chuan-Ren Chen (crchen@pa.msu.edu)
• Baradhwaj Collepa (baradhwaj@pa.msu.edu)
• Stefano DiChiara (dichiara@pa.msu.edu)

Support Staff

• Brenda Wenzlick (wenzlick@pa.msu.edu)

Projects and Publicly-available Software from the MSU HEP Theory group

• Transverse momentum resummation portal
• CalcHEP model file for Littlest Higgs Model with T-parity

Related web pages:

• MSU HEP Theory Publications
• MSU HEP Seminar schedule
• MSU High Energy Experiment
• CTEQ - The Project on Collaborative Theoretical and Experimental Studies of Quantum Chromodynamics
• HEP links on the web