Ian Balitsky

For a detailed description of Prof. Balitsky's research interests see his personal page.

Alex Gnech

Prof. Gnech use non-relativistic quantum mechanics together with computational many-body approaches to study the structure and the reaction of atomic nuclei. Some of the projects he is involved can be found here.

A list of his publications can be found on inSpires

Anatoly Radyushkin

For a description of Prof. Radyushkin's research visit his ODU page or his publications on inSpires.

Arkaitz Rodas

Prof. Rodas studies non-perturbative phenomena in QCD. In particular, he works on understanding unstable particles, known as resonances, produced through the strong interactions of hadrons, using both dispersive analyses of experimental data and lattice QCD. Other research interests include AI/ML applications and the development of particle reaction models for experimental analyses. He is a member of:

ExoHad topical collaboration: ExoHad
HadSpec: HadSpec
JPAC: JPAC

A list of his publications can be found in Inspirehep: here

Ted Rogers

Prof. Rogers merges perturbative techniques in QCD and nonperturbative modeling to confront questions about nucleon structure and its role in high energy collisions. For more information, visit his personal webpage.

Some of Prof. Rogers's talks can be found on YouTube.

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