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  • Recording of the theory seminar of November 8th, 2021

    A talk by Matthew Rizik of Michigan State University

  • JAM has a number of parton distribution function and fragmentation function sets publicly available in LHAPDF format, which can be accessed by downloading the tarball files here.  Please refer to the LHAPDF website for instructions on how to use its interface.

    The following PDF/FF sets are available with the corresponding LHAPDF ID numbers:

    Pion PDFs

  • See below for recent highlights of TMDs in JAM.  Click images for enlargement.

  • Recording of the theory seminar on November 22nd

    A talk by Alexey Vladimirov of Regensburg University

  • Recording of the theory seminar on December 20th, 2021

    A talk by Christoph Lehner of Regensberg University and Brookhaven National Lab

  • Brene Brown - Dare to Lead

    Brene Brown talks about how we can become "Braver" Leaders

  • DEI Keynote 10.19.21 - Working Towards Making Equity Visible for Employees with Disabilities

    Veleka Gatling, Ph.D., Director of Diversity at ODU, shared a presentation on how we can achieve visible equity for our employees with disabilities ultimately by treating them as they desire, not as we desire.  We must listen to other’s stories and begin shifting our cultural perspectives to achieve acceptance and adaptation ultimately operationalizing inclusion.  She encouraged all of us to be “Braver” Leaders by rumbling with vulnerability, living our values, building trust and learning to rise and reset.  She also introduced four tenets to build a framework for inte

  • 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