PhD in Physics - Particle and Nuclear Physics in Storrs United States | University of Connecticut

The UConn Physics Department boasts a dynamic graduate student community engaged in pioneering research across diverse disciplines such as:
Astrophysics
Atomic, Molecular and Optical (AMO) Physics
Condensed Matter and Materials Physics
Geophysics and planetary science
Nuclear and Particle Physics

Explore the Particle and Nuclear Physics Group, where investigations span numerous key areas within the field. These research efforts can be categorized into:

High Energy Physics and Quantum Field Theory (T. Blum, G. Dunne, L. Jin, A. Kovner, P. Mannheim, P. Schweitzer):

Quantum Field Theory: Studies in Quantum Chromodynamics (QCD), QCD vacuum structure and confinement mechanisms, Lattice QCD simulations, Effective field theories and chiral models, Nonperturbative approaches, Strongly interacting field theories, Mathematical foundations of quantum field theory, Semiclassical Techniques, Gauge theory applications.
Particle Physics: Research on quark-gluon plasma phase transitions in QCD at extreme temperatures, Neutrino phenomena, Low-x physics investigations, High-energy hadronic scattering at the LHC, Heavy ion collision studies, CP-violation research, Muon anomalous magnetic moment (g-2) measurements, Rare meson decay analysis, Form factor studies, Nucleon parton distribution functions.
Astro-Particle Physics: Investigations into inflationary cosmology, Dark Matter research, Neutrino physics studies, Brane gravity theories, Conformal gravity models, General relativity and gravitational phenomena, Black hole physics, Relativistic astrophysics, Quantum cosmology explorations, The fundamental nature of time.