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# Faculty

Gabriele Grosso |

Condensed Matter Physics, Quantum Photonics, Optoelectronics, Spectroscopy, Nano-fabrication |

Godfrey Gumbs |

Theoretical condensed matter physics, electronic and optical properties of semi-conductor mesoscopic and biological systems |

Marilyn R. Gunner |

Biophysics – theory |

Rupal Gupta |

Understanding the electronic and magnetic properties of biological metal ions using Mossbauer and electron paramagnetic resonance spectroscopies. By employing quantum chemical calculations, we are working to predict magnetic properties of metal cofactors in bio-molecules. |

Mark Hillery |

Quantum Information, Quantum Optics |

Todd M. Holden |

Vivian Incera |

Jamal Jalilian-Marian |

High energy physics |

Seogjoo Jang |

Theoretical and computational chemistry - physical chemistry, photonics, and nanoscience. |

Daniel N. Kabat |

High-energy physics, especially string theory, with applications to gravity cosmology |

Michio Kaku |

Theoretical physics, string field theory |

Dimitra Karabali |

Nonperturbative aspects of gauge theories, matrix models, noncommutative field theories, higher dimensional quantum Hall systems |

Roman Kezerashvili |

Theoretical nuclear physics, few body system and condensed matter theory |

Alexander B. Khanikaev |

Photonics, optical nanosturctures, metamaterials |

Alexander I. Kheyfits |

Complex analysis, potential theory |

Ramzi R. Khuri |

Black holes, solitons and duality in string theory |

Ronald L. Koder |

Experimental Biological Physics. Biodesign. Synthetic Biology. Designed organisms for solar biofuel generation. COVID diagnostics. Cancer diagnostics and therapies. |

German Kolmakov |

Solid State Physics, Nonequilibrium Quantum Systems, Nonlinear Waves and Turbulence, High-Performance Computing |

Joel Koplik |

Soft condensed matter, fluid dynamics, statistical mechanics. |

Lia Krusin-Elbaum |

Physics of complex nanostructured materials; strong electron correlations; quantum phase transitions; superconductivity |

Anatoly Kuklov |

Quantum phase transitions in superconductors and trapped ultracold atoms, exotic phases of matter, Monte Carlo simulations of atomic lattice systems, and Supersolids |

Igor L. Kuskovsky |

Fabrication and characterization of itermidiate band solar cells; growth of type-II quantum dots (with Maria Tamargo). Magento-optics of type-II quantum dots. Excitonic Aharonov-Bohm effect. |

Carlo Lancellotti |

Themis Lazaridis |

Theoretical and computational biophysical chemistry |

Sébastien Lépine |

Astrophysics, astronomy, kinematics (motions) of the nearby stars, subdwarfs |

Alfred M. Levine |

Larry S. Liebovitch |

Interdisciplinary application of physics to biological and social systems. Data analysis and mathematical modeling of gene expression, biological and electronic epidemics, drug interactions, heart arrhythmias, economics, psychotherapy, social interactions, conflicts, and sustainable peace. |

Hyungsik Lim |

Biophysics, Brain, Retina, Multiphoton Microscopy, Glaucoma, Neurodegenerative Disorders, Intravital Microscopy, Transcriptional Dynamics |

Tony M. Liss |

High energy experimental particle physics, physics of the top quark, physics of the Higgs Boson. |

Alexander A. Lisyansky |

Condensed matter theory |

Charles Tsun-Chu Liu |

Colliding galaxies, starburst galaxies, and the star formation history of the universe |

Sharon M. Loverde |

Molecular dynamics of polymers and biopolymers. |

Michael S. Lubell |

Experimental programs: uv and soft x-ray interactions with two-electron atomic systems and simple molecules; spin-dependence in atomic interactions. |

Marcello Lucia |

Nonlinear problems that arise in mathematical physics, differential geometry and in some models of chemotaxis, with emphasis on the question of existence and uniqueness of solutions. |

Kevin R. Lynch |

Data acqusition and analysis, detector and beam transport simulations, and eletronics and control software for data acquisition. |

Hernan A. Makse |

Complex networks, soft matter physics. |

Ariyeh H. Maller |

Cosmology, galaxy formation, gravitational lensing, quasar absorption systems. |

Eugene S. Mananga |

Condensed matter physics, Solid-state nuclear magnetic resonance, Medical physics, radiological sciences and nuclear medicine, Advancing theory, simulation and methodology in nuclear magnetic resonance, Spin dynamics, Quantum physics, Medical physics, Nuclear medicine |

Louis J. Massa |

Quantum crystallography |

Desmond B. McKernan |

Accretion disks, black hole physics, gravitational waves, aperture masking interferometry, X-ray astrophysics |

Vinod M. Menon |

Photonics, 2D materials, QED - experiment, metamaterials. |

Carlos A. Meriles |

Manipulation of paramagnetic defects for quantum information processing and spintronics as well as for nanoscale sensing. |

Mohammad-Ali Miri |

Fundamental questions in optics and photonics at the same time that he is interested in application of his research in developing novel photonic devices. His current research topics are non-Hermitian photonics, optomechanical effects and inverse problems in optics. |

Ken E. Miyano |

X-ray studies of solid state materials, surfaces and interfaces, physics education |

Lev Murokh |

V. Parameswaran Nair |

Theoretical and Mathematical Physics High Energy and Elementary Particle Physics |

Mim Lal Nakarmi |

Wide bandgap semiconductor material synthesis, and characterization for photonic applications. |

Matthew O'Dowd J. |

The physics of quasar accretion disks out outflows through microlensing analysis of gravitationally lensed quasars. |

Vadim Oganesyan |

Theoretical condensed matter physics; magnetism, superconductivity, far out of equilibrium dynamics. |

Peter Orland |

Gauge theory, theoretical particle physics, quantum field theory, quantum integrability, quark confinement |