Professor Mitrovic is an experimental condensed matter physicist. Her research interests include the study of quantum phenomena arising in strongly correlated electron systems at low temperatures and high magnetic fields using magnetic resonance techniques.

Professor Alexander is a theoretical physicist specializing in the interface between cosmology, particle physics, and quantum gravity (String Theory and Loop Quantum Gravity).

Professor Dell'Antonio's research centers on observational cosmology, the experimental measurement of the fundamental properties of the universe.

Professor Fan works on particle theories, particularly beyond Standard Model theories such as Higgs phenomenology, supersymmetry, dark matter models and signatures.

Professor Feldman handles all Ph.D. program and student issues, including degree requirements and milestone completion, transfer credit, etc.

Professor Feldman is a theoretical condensed matter physicist, with emphasis on strongly correlated electronic low-dimensional systems, topological solids, and quenched disorder in hard and soft condensed matter.

Professor Gaitskell leads a research team hunting for direct evidence of particle dark matter. His group is working on an experiment, LUX, that has the world's most sensitive dark matter detector located in the underground laboratories in the Sanford Lab, South Dakota. 

Professor Gouskos specializes in experimental particle physics, with a primary focus on studying the properties of the Higgs boson and searching for physics beyond the standard model. Leveraging cutting-edge Deep Learning techniques, his research extends to diverse areas within particle physics.

Professor Heintz is an experimental physicist studying the fundamental building blocks of matter. His interest is in testing the validity of the standard model of elementary particle physics at very high energies.

Professor Hui is a theoretical condensed matter physicist. He studies strongly correlated and topological systems, with an emphasis on electron transport and phase transitions. 

Professor Jevicki's research is in quantum field theory focusing on string theory, quantum gravity, black holes, non-perturbative and collective phenomena.

Professor Kosterlitz is a theoretical condensed matter physicist. He studies topological transitions and topological phases of matter, random systems, electron localization, spin glasses, mechanisms of melting and freezing. He was awarded the 2016 Nobel Prize in Physics.

Professor Koushiappas' theoretical work is in the interface between cosmology and particle physics. His work is predominantly in the area of dark matter physics and the search for the nature of the dark matter particle from an experimentally-motivated theoretical perspective.

Professor Kuehne is an experimental condensed matter physicist. He investigates electronics, ionics, and fluidics in low-dimensional materials and devices.

Professor Landsberg's experimental research is in broad areas of beyond the standard model and Higgs physics, including exotic Higgs boson decays, searches for dark matter, supersymmetry, exotic particles, extra spatial dimensions, and black holes.

Professor Ling is an experimental condensed matter physicist.  His current research interests are in defect dynamics and glassy behavior in colloidal matter.  He also has longstanding interests in the effects of impurities and fluctuations in superconductors.

Professor Lowe is a high-energy theorist who primarily studies fundamental questions in quantum gravity of relevance to black holes and quantum cosmology. 

Professor Marston is a theoretical condensed matter physicist. His research focuses on the non-equilibrium statistical physics of atmospheres and oceans for the purpose of understanding climate and climate change. He also studies strongly correlated electronic systems.

Professor Pelcovits is a theoretical condensed matter physicist. His research focuses on the physics of liquid crystals and topological defects, dynamics, and self-assembly in biological systems, using numerical simulations and visualizations.

Professor Plumb handles all Sc.M. program and student issues, including admission, advising, degree requirements, etc.

Professor Plumb is an experimental condensed matter physicist. He uses neutron and x-ray spectroscopies to discover new collective electronic and magnetic phenomena arising in quantum materials.

Professor Pober is an experimental astrophysicist. His research focuses on the history of the universe through observations of neutral hydrogen on cosmic scales. He develops ultrasensitive radio telescopes for his astronomical observation.

Professor Roloff is an experimental particle physicist working on the CMS experiment. Her work focuses on precision tests of QCD, searches for physics beyond the Standard model, and novel reconstruction and calibration methods for jets.

Professor Spradlin is a theoretical high-energy physicist, working on string theory, quantum gravity, and mathematical aspects of quantum field theory.

Professor Tang is an experimental biological physicist. His research focuses on cell mechanics and mobility and addressing outstanding questions on morphology, pattern formation, force generation and mobility of bacteria and other cells.

Professor Tucker is an experimental astrophysicist. His cosmology group studies the universe by measuring the cosmic microwave background (CMB) and by intensity mapping of neutral hydrogen. He is also interested in measuring the characteristics of exoplanets.

Professor Valles is an experimental condensed matter physicist. He studies superconductivity and electron correlation effects in disordered metals and nanostructures. He also investigates effects of strong magnetic fields in cell biology and bio-polymerization.

Professor Volovich works on theoretical physics: quantum field theory, general relativity, string theory and related areas in mathematics.

Professor Xiao is an experimental condensed matter physicist, focusing on nanoscale physics and devices. He studies spin-based electronic systems, electron transport in low dimensional systems, and magnetism in artificial and self-assembled systems.