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  • Positions in the Jefferson Lab Theory Center involve research in theoretical hadronic and nuclear physics that motivates and supports Jefferson Lab experiments at 12 GeV and beyond.

    Congratulations to Arkaitz Rodas, who was recently appointed as the new JSA/JLab Nathan Isgur Fellow in Nuclear Theory.

  • Archives

    2024 Jan  Feb 

  • The Electron-Ion Collider is a proposed machine for delving deeper than ever before into the building blocks of matter, so that we may better understand the matter within us and its role in the universe around us.

  • Name Room E-mail
    Daniel Adamiak 12/A215 adamiak@jlab.org
    Lorenzo Andreoli (ODU) 12/A221 landreol@odu.edu
    Jack Y. Araz (ODU/JLab) 12/A209

  • Overview

    The Spectator Tagging Project develops the capabilities for high-energy electron scattering experiments with polarized light ions (deuteron 2H, 3He) and detection of spectator nucleons (protons, neutrons) at a future Electron-Ion Collider (EIC). Such experiments address basic questions of nuclear and strong interaction physics:

  • Event generators and analysis tools for electron-deuteron collisions with spectator nucleon tagging are being developed for process simulations at EIC. The materials are presently organized in the following categories:

  • Deuteron, unpolarized, proton/neutron tagged, inclusive scattering

  • 2023

  • The JAM collaboration involves theoretical physicists, experimental physicists, and computer scientists from the Jefferson Lab community using QCD to study the internal quark and gluon structure of hadrons. The people involved in recent and ongoing JAM analyses include: