Ian Balitsky
For a detailed description of Prof. Balitsky's research interests see his personal page.
Raul Briceño*
(Now at UC BERKELY)
(Now at UC BERKELY)
Prof. Briceño studies few-body hadronic/nuclear systems directly from QCD using non-perturbative techniques, including lattice QCD, low-energy effective field theories, and scattering theory. He is a member of the Hadron Spectrum Collaboration, an international Lattice QCD collaboration aiming to determine the spectrum of hadrons For more information, you can visit his personal page and see his publications in inSpires.
Ted Rogers
Prof. Rogers uses perturbative techniques in QCD to confront questions about nucleon structure and its role in high energy collisions. He is a member of the TMD collaboration, an organization that coordinates efforts to study nucleon structure using a diverse range of techniques. For more information, visit his personal webpage.
Some of Prof. Rogers's talks can be found on YouTube.
Rocco Schiavilla
In the basic model of nuclear physics the nucleus is seen as a system of nucleons interacting with each other via effective many-body forces and with electroweak probes via effective many-body currents. Professor Schiavilla's research deals with the development and application of this model. Recent work has focused on its formulation within the framework of chiral effective field theory, and in particular on the impact that chiral three-nucleon interactions have on the spectra of light nuclei and on the role that chiral two-body currents play on the electroweak structure and response of nuclei at low and intermediate energies.
