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Frenje, Johan [] Massachusetts Institute of Technology Citation: For pioneering development of unique neutron diagnostic methods and their utilization in inertial confinement fusion research, particularly in assessing implosion performance in fundamental and applied nuclear-science experiments. Freund, Henry Philip [] Science Applications International Corporation Citation: For seminal contributions to the theory of collective radiation mechanisms in plasma and relativistic electron beans, and the application of the theory to runaway electron instabilities in tokamaks and to coherent radiation sources such as Free-Electron Lases and Cerenkov Masers.

Froula, Dustin H.


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Fruchtman, Amnon [] Holon Institute of Technology Citation: For original theoretical contributions to the phenomenon of fast magnetic field penetration into plasmas due to the Hall field, and to the theory of free electron lasers. Fuchs, Vladimir [] Affiliation not available Citation: For contributions to the theory of parametric instability in finite, inhomogeneous plasmas; the theory of kinetic mode conversion; and the analysis of perpendicular tail temperatures in lower hybrid current drive.

Furno, Ivo [] Ecole Polytechnique Federale de Lausanne Citation: For fundamental experimental work involving the physical, statistical, and transport properties of self-organized plasma blobs at the edge of magnetized plasmas. Ganguli, Gurudas [] Naval Research Laboratory Citation: For being a pioneer in the study of velocity shear-induced microinstabilities and the associated mesoscale effects on the global ionospheric and magnetospheric plasma state.

Garabedian, Paul Roesel [] New York University Citation: For fundamental advances in the theory of equilibrium and stability in controlled fusion, and for outstanding contributions to the design and optimization of stellarators through innovative techniques in computational physics. Garofalo, Andrea M. Geddes, Cameron Guy [] Lawrence Berkeley National Laboratory Citation: For research demonstrating the production of high quality electron beams from laser-plasma accelerators. Gekelman, Walter [] University of California, Los Angeles Citation: For a unique, original program of complete and definitive diagnostic studies of magnetic field reconnection and current disruptions in plasmas, achieving major advances and linking space and laboratory plasma physics.

Gentle, Kenneth W. Gerhardt, Stefan [] Princeton Plasma Physics Laboratory Citation: For outstanding contributions to the experimental characterization and understanding of the magneto-hydrodynamic stability of magnetically confined plasmas spanning multiple fusion configurations. Gilgenbach, Ronald Matthew [] University of Michigan Citation: For pioneering experimental research on electron cyclotron resonance heating in a tokamak, preionization by gyrotrons, electron beam transport and instabilities, and diagnostics of laser-ablated plasmas.

Glasser, Alan Herbert [] Los Alamos National Laboratory Citation: For contributions to the theory of toroidal ideal and resistive magnetohydrodynamic instabilities and their applications to plasma confinement for magnetic fusion energy research. Glendinning, Sharon Gail [] Lawrence Livermore National Laboratory Citation: For clear and illuminating experimental investigations of ablation-front Rayleigh-Taylor instability, laser imprinting, and nonlinear hydrodynamic instabilities relevant to inertial confinement fusion, high energy-density physics and astrophysics.

Glenzer, Siegfried H.

Godyak, Valery A. Goebel, Dan M. Gohil, Punit [] General Atomics - San Diego Citation: For seminal contributions to the physics of low-to-high confinement transitions, developing techniques to reduce its power threshold, identifying transport barrier formation and collapse dynamics in tokamaks, and for international leadership of enduring collaborations that advance fusion science. Gold, Steven Harvey [] Naval Research Laboratory Citation: For outstanding contributions to research on high power, coherent radiation sources driven by intense, relativistic electron beams, including millimeter-wave free-electron lasers, gyrotron oscillators and amplifiers, and the magnicon.

Golden, Kenneth Ivan [] University of Vermont Citation: For pioneering work in the theory of dynamical processes in strongly coupled plasmas; for extending the theory to the analysis of binary ion mixtures and of two dimensional electron systems; for contributions to the theory of the structure of shock waves in magnetized plasmas. Goldstein, William H [] Lawrence Livermore National Laboratory Citation: For leadership at the Lawrence Livermore National Laboratory with high levels of integrity, scientific judgment, and national impact, and for pioneering research in the theory of atomic processes in high temperature plasmas, with applications to fusion energy, astrophysics, and X-ray lasers.

Goldston, Robert James [] Princeton Plasma Physics Laboratory Citation: For outstanding theoretical and experimental contributions to the understanding of transport and heating of tokamak plasmas. Goncharov, Valeri [] University of Rochester Citation: For outstanding contributions to the theory of the ablative Rayleigh-Taylor and Richtmyer-Meshkov instabilities and for development of a technique to reduce the growth of these instabilities by means of adiabat shaping, enhancing the potential of direct-drive ICF to achieve very high performance.

Goree, John A. Gorelenkov, Nikolai [] Princeton University Citation: For ground-breaking research on predictions and observations of energetic-particle-driven electromagnetic instabilities in magnetically-confined toroidal plasmas. Greaves, Roderick George [] First Point Scientific, Inc Citation: For the development of new methods to create positron plasmas and beams, including those of technological importance, and seminal studies of positron plasmas and the electron-positron plasma system.

Grebogi, Celso [] Affiliation not available Citation: For contributions to the fundamental aspects and significant applications of chaotic dynamics, and in the development of novel and effective computer techniques for the numerical study of dynamical systems.

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Greenfield, Charles [] General Atomics Citation: For pioneering contributions in establishing the physics basis of high performance, internal transport barrier operation in H-mode plasmas and for outstanding leadership of national research teams in resolving key fusion science issues. Greenwald, Martin J. Gregori, Gianluca [] University of Oxford Citation: For exploiting high-power lasers in innovative and novel ways to study the physics of inertial confinement fusion, the properties of warm dense matter as found in the interiors of giant planets and white dwarf stars, and the origin of magnetic fields in the universe.

Grieger, Gunter [] Max Planck Institute fur Plasmaphysik Citation: For his leading scientific role in the development of the stellarator concept and his contributions to the development of next-generation tokamaks and fusion reactors. Groebner, Richard Joseph [] General Atomics Citation: For significant experimental contributions to our knowledge of anomalous ion thermal transport and changes in the edge radial electric field at the L-H transition in tokamaks.

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Grun, Jacob NMI [] Affiliation not available Citation: For significant advances in the understanding of laser-ablative acceleration, Rayleigh-Taylor instability, and turbulence of matter. Gurnett, Donald A. Guzdar, Parvez Nariman [] University of Maryland Citation: For significant contributions on temperature and density gradient driven instabilities, turbulence and transport in tokamak plasmas.

Haan, Steven W. Hahm, Taik Soo [] Princeton Plasma Physics Laboratory Citation: For outstanding contributions to progress in understanding anomalous transport and enhanced confinement regimes in toroidal plasmas through nonlinear analysis of microinstabilities and the development of the toroidal gyrokinetic formalism. Hamaguchi, Satoshi [] Osaka University Citation: For seminal contributions to theory and simulation of strongly coupled plasmas, plamas interacting with solid particles and surfaces, and ion-temperature-gradient turbulence dynamics.

Hammel, Bruce A. Hammer, James Henry [] Lawrence Livermore National Laboratory Citation: For his development of novel approaches to fusion and high-energy-density plasma applications, and for his extensive insights into the magnetohydrodynamic behavior of compact toroidal and z-pinch plasmas. Hammett, Gregory W. Hangst, Jeffrey S.

Guiding of relativistic electron beams in dense matter by laser-driven magnetostatic fields

Hansen, Stephanie B [] Sandia National Laboratories Citation: For contributions to the fundamental modeling of nonequilibrium atoms and radiation in extreme environments, and for the advancement of spectroscopic analysis to increase understanding of diverse laboratory and astrophysical plasmas.

Harris, Jeffrey Hunter [] Oak Ridge National Laboratory Citation: For fundamental contributions to the understanding of fluctuations in stellarator plasmas through experimental measurements with multiple techniques and comparison with theory. Hassam, Adil B.


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  4. Hassanein, Ahmed [] Purdue University Citation: For pioneering contribution to comprehensive models, simulation, and innovative experiments for verification of plasma evolution and interactions with materials for applications in fusion devices, laser and discharge-produced plasma, and nanolithography. Hastie, Robert James [] UKAEA Fusion Culham Science Center, England Citation: For recognition of his numerous and seminal contributions to theoretical plasma physics; particularly his key role in the development of the modern theory of stability in confined plasmas.

    Hatchett, Stephen P. Hauer, Allan Austin [] Department of Energy Citation: For his contributions to the development of x-ray spectroscopic techniques and analysis, and their application to the understanding of dense inertial fusion plasmas. Hawryluk, Richard J. Hegna, Chris C [] University of Wisconsin—Madison Citation: For seminal contributions to the theory of nonideal and nonlinear magnetohydrodynamic equilibria and instabilities in toroidal, magnetically confined plasmas, specifically stellarator equilibria, magnetic islands, neoclassical tearing modes, and ballooning modes.

    Heidbrink, William Walter [] University of California, Irvine Citation: For quantitative studies of the confinement and thermalization of fast ions in tokamak plasmas and for discovery of several fast-ion driven instabilities. Hermann, Mark C. Hershcovitch, Ady [] Brookhaven National Laboratory Citation: For inventing and developing original plasmas devices, as well as improving existing devices for applications in research and industry that led to new technologies and new physics.

    Hickok Jr. Hinkel, Denise [] Lawrence Livermore National Laboratory Citation: For extensive contributions to laser-plasma interaction physics and radiation hydrodynamic design of inertial-confinement fusion targets, and to the fundamental physics of linear and nonlinear wave propagation in plasma. Hirshman, Steven Paul [] Oak Ridge National Laboratory Citation: For fundamental contributions to the theory of neoclassical transport in toroidal plasmas, theory and computation of two-dimensional and three-dimensional MHD equilibrium, and for analysis and optimization of three-dimensional toroidal systems.

    Hoerlin, Herman W. Hooper, Edwin B, Jr. Hooper Jr. Horanyi, Mihaly [] University of Colorado Citation: For pioneering contributions to the understanding of the physical and dynamical consequences of dust-plasma interactions in space and in the laboratory. Hsu, Scott Chia [] Los Alamos National Laboratory Citation: For seminal experiments elucidating the physics of merging plasmas and jets spanning hydrodynamic to magnetized, self-organized behavior, thus impacting basic plasma physics, plasma astrophysics, and innovative fusion concept development.


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    Hubbard, Amanda Eileen [] Massachusetts Institute of Technology Citation: For significant contributions to the understanding of the plasma edge pedestal formation and of the transition to an improved confinement regime in magnetic fusion confinement devices. Hulse, Russell A. The discovery by radio astronomy of the first binary pulsar, and description and computational modeling of processes involving high-Z ions in tokamak plasmas. Humphries, Stanley [] Affiliation not available Citation: For pioneering work in the invention of efficient ion diodes and in the generation and transport of intense ion beams through accelerating structures.

    Hurricane, Omar A. Hutchinson, Ian H. I, Lin [] National Central University Citation: For his pioneering experimental investigation of dusty plasma in all three states: Crystals, liquid and gas, particularly the first laboratory demonstration of the formation of 3D Coulomb crystals. Ichimaru, Setsuno [] Affiliation not available Citation: For significant contributions to the advancement of the many-body theories and statistical physics of plasmas and related condensed matter, and their application to plasma astrophysics.

    Iglesias, Carlos A. Inan, Umran [] Stanford University Citation: For outstanding contributions to the understanding of nonlinear whistler-mode wave-particle interactions, the physics of lightning-ionosphere interactions, and lightning-driven loss of radiation belt electrons.

    Intrator, Tom [] Los Alamos National Laboratory Citation: For novel experimental investigations of interrelated properties of magnetic flux ropes, magnetic reconnection, and turbulence in astrophysical, space, and fusion physics, and for seminal Alfven-wave current-drive experiments.

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    Isler, Ralph Charles [] Oak Ridge National Laboratory Citation: For significant contributions to the understanding of the effects of impurity radiation and transport in magnetically confined high temperature plasmas. Jacobson, Abram Robert [] No company provided Citation: For outstanding contributions to the understanding of reversed-field pinch physics through both experimental and theoretical work.

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    Jarboe, Thomas R. Jassby, Daniel Lewis [] Princeton University Citation: For playing a leading role in conceptualizing and developing the ideas which form the basis for present experiments TFTR and future reactors hybrids. Jenko, Frank [] University of California, Los Angeles Citation: For pioneering contributions to the development of comprehensive gyrokinetic simulations of plasma turbulence in tokamaks and stellarators.