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# Faculty

Viviana Acquaviva |

Galaxy Evolution, Parameter Estimation via Spectral Energy Distribution, Machine Learning/Data Science Techniques,Cosmology |

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 |

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 |

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 |