Responsible: Marie Boër
- May 2022 - present: Debaditya Biswas
Graduate Students, VT doctoral school
Graduate Students (gap year)
- Aug 2021 - present: Erik Wrightson
- May 2021 - present: Brannon Semp (sophomore), Virginia Tech, "Timelike Compton Scattering off transversely polarized protons and with a polarized real photon beam at Jefferson Lab Hall C"
- May 2021 - Jan 2022: Tristan Anderson, Virginia Tech graduate school, graduate from University of New Hampshire (USA), "Spacelike and Double Deeply Virtual Compton Scattering at Jefferson Lab"
- Winter + Summer 2021: Camille Zindy, summer student, graduate from Sorbonne University (Paris, France), "Exploration of new experimental opportunities at Jefferson Lab Hall C for measuring Unpolarized Timelike Compton Scattering off unpolarized proton and neutron targets".
REU Summer 2022:
REU Summer 2021:
- Kevin Sanford (raising senior), UC Santa Cruz, "Exclusive Photoproduction and Electroproduction at high virtuality of rho mesons, from JLab to EIC, and development of an event generator"
- Tyler Schroeder (raising senior), W&M, "Phenomenology of Hard Exclusive Photo- and Electro-Production of Quarkonia (J/Psi and Upsilon) and development of a new event generator for the Electron Ion Collider"
- Alexander Hamilton
- Cesar Ibarra
- Ben Podlich
- Barbara Sanchez
- Nathan Stroh
- Nicholas Roush
- Mitchell Cassell (senior), Virginia Tech, "Introduction to data analysis: Timelike Compton Scattering off the neutron".
- Zeyu Gao (senior), Virginia Tech, "Introduction to data analysis: Longitudinally polarized Timelike Compton Scattering".
- May Huynh (senior), Virginia Tech, "Introduction to data analysis: Transversely Timelike Compton Scattering".
- Brandon Lorn (senior), Virginia Tech, "Hard Exclusive Production of rho^0 mesons: building an event generator".
- Erik Wrightson (senior), Virginia Tech, "Hard Exclusive Production of J/psi mesons: building an event generator".
- Camille Zindy (senior), Université Paris-Sorbonne, "Unpolarized Timelike Compton Scattering off the proton: Data analysis and projection for new experiments