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| Condensed Matter Physics |
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Condensed Matter Home Page |
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Peter Antoniewicz |
Surface and interface physics; electromagnetic wave propagation; transport properties in solids and liquids |
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James Chelikowsky |
Computational Materials Science, Solid State Physics.
Center for Computational Materials |
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Alex de Lozanne |
Scanning tunneling microscopy; atomic/magnetic force microscopy; nanostructures; thin films and devices; high temperature superconductors; colossal magnetoresistance materials |
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Alex Demkov |
Condensed matter theory; physics of electronic materials, surfaces and interfaces; thin films and devices; novel materials; quantum transport.
Atomic Design Group |
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Frederik de Wette |
Theoretical studies of crystal surfaces and thin films; lattice dynamics of high-temperature superconductors. No longer active in research. |
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James Erskine |
Experimental solid-state physics; thin film magnetism; surface physics; applications of synchrotron radiation
Surface Physics Group |
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Gregory A. Fiete |
Condensed matter theory; strongly correlated electrons in lower dimensions; frustrated magnetism; exotic quantum states; quantum impurity problems; spintronics.
Correlated Quantum Matter Theory Group |
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J. David Gavenda |
Conduction electrons in metals using ultrasonic and electromagnetic waves |
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Leonard Kleinman |
Density fluctional theory; pseudopotential theory; molecular dynamics; ab initio calculations of the electronic, magnetic, and physical properties of solids, surfaces, and liquids |
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Xiaoqin (Elaine) Li |
ultrafast nonlinear spectroscopy in condensed matter, quantum dynamics and control in nanostructures, experimentalist |
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Allan MacDonald |
Condensed matter theory; electronic properties of semiconductors and metals; spintroics; magnetism; superconductivity; quantum Hall effect; solid state quantum computing
Condensed Matter Theory Group |
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John Markert |
Magnetism and superconductivity in oxides and heavy fermion systems; high temperature superconductivity; high pressure research; magnetic resonance microscopy; spin dynamics; magnetic domain dynamics.
Magnetism and Superconductivity Group |
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Qian Niu |
Condensed matter theory; quantum Hall effect; nanostructures and quantum devices; quasi-periodic systems; vortex dynamics.
Quantum Transport Theory Group |
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A. Wilson Nolle |
Musical instrument physics; underwater acoustics; vioelastic phenomena; fluid oscillations |
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Chih-kang Ken Shih |
Nanoscale electronic materials, quantum engineering of metallic nanostructures, fundamental electronic processes in semiconductor quantum dots, nanoscale mechanical properties of soft matters.
Nanoelectronic Materials Research Group |
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Maxim Tsoi |
Condensed matter experiment, nanostructures, spintronics
Magnetism and Spintronics Group |
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Zhen Yao |
Nanostructures and Mesoscopic Physics; Condensed Matter, Experimentalist |
| Center for Nonlinear Dynamics |
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CNLD Home Page |
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Ernst-Ludwig Florin |
Experimentalist, nonlinear dynamics |
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Michael Marder |
Theoretical investigations of pattern formation; nonlinear dynamics, especially the dynamics of fracture; phase transitions |
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William McCormick |
Nonlinear dynamics; waves and complex dynamics in chemical reaction-diffusion systems; experimental condensed matter physics |
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Mark Raizen |
Experimental atom optics |
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George Shubeita |
Experimental Biophysics/Cell Physics, molecular motor proteins |
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Jack Swift |
Theoretical studies of phase transitions in liquid crystals; nonlinear dynamics; pattern formation |
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Harry Swinney |
Nonlinear dynamics; instabilities and pattern formation; chaos; phase transitions. Director, Center for Nonlinear Dynamics |
| Institute for Fusion Studies |
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IFS Home Page |
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Herbert Berk |
Plasma confinement theory |
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William Drummond |
Nonlinear plasma theory; collective accelerators |
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Richard Fitzpatrick |
Magnetohydrodynamic stability; hydrodynamic stability; driven magnetic reconnection; momentum injection into fluids/plasmas via external perturbations |
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Richard Hazeltine |
Plasma physics. |
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Wendell Horton, Jr. |
Plasma physics; fusion devices and space plasma; nonlinear theory |
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Philip Morrison |
Basic nonlinear plasma dynamics; Hamiltonian dynamics of few and infinite degree-of-freedom systems; fluid mechanics |
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Gennady Shvets |
Theory and Simulations: laser-plasma interactions, plasma based accelerators, photonics, nano-plasmonics; Experiment: phonon-assisted nanolithography, compact surface-wave accelerators |
| Center for Complex Quantum Systems |
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Complex Quantum Systems Home Page |
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Arno Bohm |
Particle phenomena in terms of algebraic and group-theoretical methods, mathematics of quantum physics |
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James Chelikowsky |
Computational Materials Science, Solid State Physics. |
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Alex de Lozanne |
Scanning tunneling microscopy, atomic/magnetic force microscopy, nanostructures, thin films and devices, high temperature superconductors, colossal magnetoresistance materials. |
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Alex Demkov |
Condensed matter theory; physics of electronic materials, surfaces and interfaces; thin films and devices; novel materials; quantum transport. |
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Lothar Frommhold |
Atomic and molecular physics. |
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Daniel Heinzen |
Experimental quantum and atom optics. |
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Allan MacDonald |
Condensed matter theory. |
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John T. Markert |
Magnetism and superconductivity in oxides and heavy fermion systems, high temperature superconductivity, high pressure research, magnetic resonance microscopy, spin dynamics, magentic domain dynamics. |
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Reuben McDaniel, Jr. |
Managing Complexity; Knowledge Management; Health Care Management; Organizational Design. |
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Qian Niu |
Non-equilibrium statistical mechanics, quantum optics, stochastic processes. |
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Tomio Petrosky |
Senior Research Scientist |
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Mark Raizen |
Experimental atom optics |
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Linda Reichl |
Quantum chaos; transport theory; nonlinear dynamics; nonequilibrium statistical physics; stochastic theory. Director, Center for Complex Quantum Systems |
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William Schieve |
Non-equilibrium statistical mechanics; quantum optics; stochastic processes |
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Chih-Kang (Ken) Shih |
Nanoscale electronic materials, quantum engineering of metallic nanostructures, fundamental electronic processes in semiconductor quantum dots, nanoscale mechanical properties of soft matters. |
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Gennady Shvets |
Theory and Simulations: laser-plasma interactions, plasma based accelerators, photonics, nano-plasmonics. Experiment: phonon-assisted nanolithography, compact surface-wave accelerators. |
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E.C.G. Sudarshan |
Elementary particle physics, quantum optics, quantum field theory, gauge field theories, fibre bundles, classical mechanics, foundations of physics. |
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Maxim Tsoi |
Condensed matter experiment, nanostructures, spintronics. |
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Jack Turner |
Nonequilibrium statistical and thermal physics; nonlinear dynamics; physics of self-organizing systems; computational physics; computer-based education |
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Zhen Yao |
Nanostructures and Mesoscopic Physics, Condensed Matter, Experimentalist. |
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