APS Fellowship

The APS Fellowship Program was created to recognize members who may have made advances in knowledge through original research and publication or made significant and innovative contributions in the application of physics to science and technology. They may also have made significant contributions to the teaching of physics or service and participation in the activities of the Society. Each year, no more than one-half of one percent of the then current membership of the Society are recognized by their peers for election to the status of Fellow in The American Physical Society.

Fellowship nominations may be submitted by anyone who is a member of the APS in good standing. All members of DPP are strongly encouraged to nominate colleagues whom they consider worthy of this recognition. See the Fellowship nomination information page for guidance on submitting nominations.
Gray arrow DPP Deadline for APS Fellowship Nomination: Friday, April 1, 2016
Gray arrow APS Fellowship Information

APS Fellows Nominated by DPP  

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Batha, Steven [2015]
Los Alamos National Laboratory
Citation: For pioneering investigations of forward scattering laser-plasma instabilities, hydrodynamic instabilities in high-energy density physics regimes, and leadership of high-energy-density research.


Furno, Ivo [2015]
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.


Jenko, Frank [2015]
University of California, Los Angeles
Citation: For pioneering contributions to the development of comprehensive gyrokinetic simulations of plasma turbulence in tokamaks and stellarators.


Krasik, Yakov [2015]
Technion – Israel Institute of Technology
Citation: For contributions to the understanding of the physics of plasma cathodes, the generation of high-current electron beams and nanosecond-timescale gaseous discharges, and converging strong shock waves.


Madsen, Niels [2015]
CERN
Citation: For seminal contribution to the field of antihydrogen and leadership in developing techniques that enabled the trapping and first microwave spectroscopy of antihydrogen.


Michel, Pierre [2015]
Lawrence Livermore National Laboratory
Citation: For outstanding contributions to laser-plasma interaction physics and dynamic multi-laser beam physics enabling symmetry control in indirectly driven inertial confinement fusion implosions.


Pedersen, Thomas [2015]
Columbia University
Citation: For seminal studies of pure electron plasmas in a stellarator and for active stabilization of resistive wall modes up to the ideal wall limit in a tokamak.


Ping, Yuan [2015]
Lawrence Livermore National Laboratory
Citation: For pioneering experiments exploring the nature, equilibration, and use of nonequilibrium plasmas strongly driven by coherent and incoherent sources.


Regan, Sean [2015]
University of Rochester
Citation: For scientific contributions and leadership in the development and application of x-ray spectroscopy to diagnose plasma conditions, hydrodynamic instabilities and mix in both direct and x-ray driven inertial confinement fusion targets.


Sinars, Daniel [2015]
Sandia National Laboratory
Citation: For scientific contributions and leadership in the development of innovative x-ray radiography and spectroscopy diagnostics for the study of z-pinch physics, inertial confinement fusion, and high energy density physics.


Smalyuk, Vladimir [2015]
Lawrence Livermore National Laboratory
Citation: For seminal contributions to the understanding of hydrodynamic instabilities in inertial confinement fusion using elegant experiments on Omega and NIF.


Thomas, Edward [2015]
Auburn University
Citation: For pioneering contributions and leadership in the development of particle-image velocimetry in the study of dusty plasmas and for exemplary service to the plasma physics community.


Wurden, Glen [2015]
Los Alamos National Laboratory
Citation: For innovative approaches to plasma diagnostics applied to a wide variety of fusion confinement concepts, ranging from reversed field pinches to tokamaks to magneto-inertial fusion.