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# Faculty

Gregory Aizin |

Robert R. Alfano |

Supercontinuum, ultrafast spectroscopy, biomedical optics, singular optics, fiber optics |

Andrea Alù |

Luis A. Anchordoqui |

Vijay Balasubramanian |

Stefan Bathe |

Experimental high energy nuclear physics, in the subfield of heavy ion physics, with the PHENIX and sPHENIX experiments at RHIC at Brookhaven National Laboratory |

Timothy Benseman |

Development of high-temperature superconducting solid-state lasers and optoelectronic devices for operation in the 'terahertz gap' region. |

János A. Bergou |

Quantum optics, quantum information, measurements, foundations |

Oleg Berman |

Nicolas Biais |

Experimental biophysics and the role of physical forces in microbiology. |

William Bialek |

Angelo Bongiorno |

Density functional theory study of low-dimensional materials such as graphene oxide and inorganic materials for energy conversion applications. Research efforts include the development of computational methods to simulate - and thus interpret - the experiment. |

James F. Booth |

Dynamics and thermodynamics of the atmosphere, focusing on the midaltitudes. |

Gregory S. Boutis |

Biophysics, Magnetic resonance, Condensed matter |

Timothy H. Boyer |

Theoretical physics |

Fred J. Cadieu |

Synthesis of magentic films and magentic memory structures |

Sultan M. Catto |

Ngee-Pong Chang |

Theoretical high energy physics |

Xi XC, Chen |

Next generation sensors, actuators, energy conversion and storage devices by using novel nanostructured and bio-inspired functional materials. |

Ying-Chih Chen |

Experimental optics, laser physics, fiber lasers, laser arrays, biomedical imaging, focusing and imaging in optically diffusive media |

Tak D. Cheung |

Eugene M. Chudnovsky |

Topological phenomena in magnets and superconductors in the presence of quenched randomness due to impurities and lack of crystallinity |

Leon Cohen |

Quantum Mechanics, Signal Analysis, Noise Theory, Wave Propogation |

Kelle L. Cruz |

Low mass stars and brown dwarfs, optical and near-infrared spectroscopy, cool atmospheres, stellar content of the Solar Neighborhood |

Lev Deych |

Theoretical analysis of solar cell systems, theoretical optomechaniscs, and physics of semiconductor nanostructures |

Andrew F. Douglas |

The structure and representation theory of Lie groups, and Lie algebras; and their application to physics. |

Adrian Dumitru |

I am working on various aspects of QCD (Quantum Chromodynamics) in extreme conditions. This includes particle production in high-energy collisions as carried out at the BNL-RHIC and CERN-LHC accelerators as well as understanding the properties of the plasma of quarks and gluons at very high temperatures. |

Cherice M. Evans |

Efrain Ferrer |

Andrea Ferroglia |

Theoretical high energy physics: I study the phenomenology of the strong and weak interactions in processes measured at high energy colliders by applying fixed order perturbatin theory and resummation methods. |

Mark D. Feuer |

Kathleen E. S. Ford |

Sebasti´an Federico Franco |

String theory and the geometry of particle physics |

Dmitry A. Garanin |

Random-field and random-anisotropy magnets; relaxation and decoherence, including spin-lattice interaction, superradiance and phonon bottleneck magnetomechanical effects in nanomagnets; quantum transitions including Landau-Zener effect; spin tunneling in molecular magnets, including fronts of tunneling; magnetic deflagration; structure and dynamics of small magnetic particles, including internal spin waves; collapse of skyrmions in ferro- and antiferromagnets. |

Swapan K. Gayen |

Optical biomedical imaging, turnable solid state lasers, nanoscience, nonlinear optics |

Li Ge |

Strong interactions and new phenomena in non-Hermitian systems, including unconventional lasers, Parity-Time symmetric optics, optomechanics, nonequilibrium condensation, etc. |

Azriel Z. Genack |

Random photonics systems, micowaves, light localization. |

Christopher C. Gerry |

Quantum optics, quantum information processing, and foundations of quantum theory |

Joel I. Gersten |

Condensed matter theory, materials science, surface science, sonoluminescense |

Pouyan Ghaemi |

Condensed Matter Physics |

Ranajeet Ghose |

Nicolas Giovambattista |

Sarang Gopalakrishnan |

Theoretical condensed matter physics, Theoretical atomic and optical physics, Quantum information theory |

Anshel Gorokhovsky |

Dixie J. Goss |

Steven G. Greenbaum |

Daniel M. Greenberger |

Neutron interferometry; quantum theory; relativity; history and philosophy of science |

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. |