![]() ![]() State University of New York - Stony BrookĬitation: For pioneering contributions to electronic condensed matter physics using topological and hydrodynamic methods.Ĭitation: For deep contributions to the understanding of interfacial phenomena in liquid crystalline and colloidal systems.Ĭitation: For significant scientific advancement in the application of plasma-based electronic systems to advanced space communications, and for the advancement of systems and processes necessary to transition novel physics into technical innovation, both in government and private sector capacities.Ĭitation: For pioneering applications of string dualities to mathematics, including the discoveries of the topological vertex and of refined Chern-Simons theory.Ĭitation: For his successful efforts in organizing international technical collaborations on development and construction of elements for detectors and accelerators, and for his leadership in sharing technologies and learned lessons across the field of high energy physics throughout the world.Ĭitation: For advancing the study of spin-polarized electron transport in semiconductors, especially the fundamental processes revealed by coherent and time-resolved spin transport over macroscopic distances in silicon and germanium.Ĭitation: For contributions to the study of dualities and nonperturbative dynamics in supersymmetric and conformal quantum field theories.Ĭitation: For pioneering contributions to plasmonics and nanophotonics.Ĭitation: For his pioneering experimental study of the electrodynamics of correlated electron materials and metamaterials.Ĭitation: For pioneering work in the theory and computation of atomic collisional processes, especially dielectronic recombination, and for his contributions to astrophysics and magnetic fusion research.Ĭitation: For numerous contributions to numerical relativity and computational astrophysics, including initial data algorithms and codes for binary compact stars, co-development of the BSSN formulation of Einstein's field equations, and the involvement of undergraduate students in forefront research.Ĭitation: For contributions to the understanding of dark energy, and her cosmological observations to constrain physics beyond the Standard Model of physics.Ĭitation: For extensive surveillance of the metal-poor stars in the Milky Way that constrain the origin of the elements in the universe and the nature of neutron-capture nucleosynthesis processes in early generations of stars.Ĭitation: For the invention of ballistic electron emission microscopy, which is used worldwide for nanometer resolution imaging of device interface electronic structure, and for contributions to understanding electron transport.Ĭitation: For fundamental contributions regarding the interface of astrophysics and particle physics, particularly in neutrino astrophysics and cosmology, and dark matter phenomenology.Ĭitation: For pioneering work at the intersection of nuclear science and nuclear nonproliferation, including the development of antineutrino-based methods for monitoring the production of fissile material and large volume detectors for rapid screening of cargo for the presence of fissile material.Ĭitation: For outstanding leadership in large international collaborations in high energy physics, including the formation of the global effort for the Deep Underground Neutrino Experiment, and many roles at CERN including director of research and scientific computing during the discovery of the Higgs boson.Ĭitation: For seminal work on thin film fluid analysis and modeling, contributions to the understanding of vorticity and incompressible flow, experimentation on particle laden-free surface flow, and application of fluid models to biological and technological problems.Ĭitation: For developing experimental methods using synchrotron radiation including X-ray absorption near edge structure and scanning micro-X-ray diffraction, and for advanced data analysis techniques used to unveil the role of complex local structures in the functionality of oxide materials and metalloproteins.Ĭitation: For advanced research in general relativity and gravitation, and for his leadership in the gravitational physics community, especially in Eastern Europe.Ĭitation: For developing theoretical and computational descriptions of quantum dynamics in molecular systems, especially for their use in understanding the migration of energy and charge in molecular electronic excited states.Ĭitation: For the characterization of the top quark using data from Tevatron Collider and the Large Hadron Collider, and for leadership in computing for the Compact Muon Solenoid experiment.Ĭitation: For his ground-breaking contributions to the studies of plasma drifts and intermittent plasma transport in the peripheral region of tokamaks. All A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
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