• Theory Center Group Members

Theory Center Home

The Center for Theoretical and Computational Physics pursues a broad program of theoretical research in all areas of quantum chromodynamics (QCD) and hadron physics, promoting and supporting the physics studied at Jefferson Lab and related facilities around the world.

THEORY SEMINAR

Monday, September 23rd, 9:00AM (remote)
Samson Clymton (Inha University)

Monday, September 30th, 1:00PM (remote)
Michael Wagman (Fermilab)

Monday, October 7th, 9:00AM (remote)
Yi-Bo Yang (Beijing, Inst. Theor. Phys.)

Monday, October 16th, 1:00PM (remote)
Simone Rodini (DESY)

Previous presentations available here.

CAKE SEMINAR

Wednesday, September 25th, 1:00PM (F224/225)
Andrea Simonelli (Jlab and ODU)

Previous presentations available here.

Felix Ringer, joint appointment with Jefferson Lab and Old Dominion University, has been awarded a DOE Early Career Award for 2023. This project will develop a multi-pronged approach by leveraging perturbative QCD calculations of observables sensitive to multi-parton dynamics, quantum simulations of real-time dependent correlation functions relevant to understand the complex dynamics of hadronization, and A.I. / machine learning techniques that will provide new insights into the microscopic picture of hadronization by identifying patterns in collider data.

See the Theory Center's most recent Monthly Highlights.

THEORY SEMINAR

Monday, September 23rd, 9:00AM (remote)
Samson Clymton (Inha University)

Monday, September 30th, 1:00PM (remote)
Michael Wagman (Fermilab)

Monday, October 7th, 9:00AM (remote)
Yi-Bo Yang (Beijing, Inst. Theor. Phys.)

Monday, October 16th, 1:00PM (remote)
Simone Rodini (DESY)

Previous presentations available here.

CAKE SEMINAR

Wednesday, September 25th, 1:00PM (F224/225)
Andrea Simonelli (Jlab and ODU)

Previous presentations available here.

Felix Ringer, joint appointment with Jefferson Lab and Old Dominion University, has been awarded a DOE Early Career Award for 2023. This project will develop a multi-pronged approach by leveraging perturbative QCD calculations of observables sensitive to multi-parton dynamics, quantum simulations of real-time dependent correlation functions relevant to understand the complex dynamics of hadronization, and A.I. / machine learning techniques that will provide new insights into the microscopic picture of hadronization by identifying patterns in collider data.

See the Theory Center's most recent Monthly Highlights.