Nuclear

Speaker: Timothy Kutnink (ISU)

Title: Mass and Charge Renormalization of Fermions using the Relativistic, Minimally Coupled, Time-Dependent Dirac Equation

Speaker: Emilie Huffman (Perimeter Institute-Ontario)

Title:  TBD

Abstract:  TBD

Speaker: Hersh Singh (Fermilab)

Title: Fermionic anomalies and topological phases on the lattice: Ginsparg-Wilson relation and its generalizations

Speaker: Shaoyang Jia (Argonne National Laboratory)

Title: Solving the Bethe-Salpeter Equations for Pion, Rho Meson, Kaon, and the Quark-Photon Vertex.

Speaker: Rob Pisarski (BNL)

Title: Why the chiral phase transition for three light flavors is so interesting

Speaker: Steven Harris( Indiana University Bloomington)

Title: Bulk viscosity from neutron light and dark decays

Speaker:  Dr. Yuanzhuo Ma

Title: Nuclear Lattice EFT and Perturbation Calculations

Abstract: 

Speaker: Jesus Cruz Rojas

Title: Modulated instabilities and the AdS2 point in dense holographic matter

Abstract: 

Speaker: Mauricio N. Ferreira (University of Valencia)

Title: Gluon mass generation through the Schwinger mechanism in QCD

Speaker: Ho Tat Lam(MIT)

Host: Chen-Te Ma

Title: Non-invertible Symmetries in QED and QCD

Abstract:

Title: Nuclear-Level Effective Theory of Muon-to-Electron Conversion

Abstract:  The discovery of neutrino flavor oscillations implies that there is flavor violation among the

 Prof. Jaki Noronha-Hostler, University of Illinois Urbana-Champaign

Yang Li, University of Science and Technology, Hefei, China

Rather surprisingly, vortices in spin-0 superfluids generically carry magnetic fields inside their cores, so that even neutral superfluid vortices may be

Neutron stars contain the largest reservoirs of degenerate fermions, reaching the highest densities we can observe in the cosmos, and probe matter under conditions that cannot be recreated in terrestrial experiments.

Quantum computing is showing great promise of revolutionizing our understanding of nuclear, atomic and molecular structure – i.e.