PandA People – Faculty with Joint Appointment in Physics
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Steven R. J. Brueck, Professor Primary appointment as Professor of Electrical Engineering and Computing Engineering; Director, Center for High Technology Materials PhD, Massachusetts Institute of Technology, 1971 Solid-state devices, optical properties of solids. |
Contact Information CHTM 505-272-7800 brueck@chtm.unm.edu |
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Murray Gell-Mann, University Professor PhD, Massachusetts Institute of Technology, 1951 Complex systems, measures of complexity. Decoherent histories in quantum mechanics. |
Contact Information P&A 11 505-277-7388 Santa Fe Institute 505-946-2744 mgm@santafe.edu Homepage |
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Philip H. Heintz, Professor Primary appointment as Professor of Radiology PhD, University of Washington, 1971 Biomedical Physics |
Contact Information Department of Radiology University Hospital 505-272-2269 pheintz@salud.unm.edu |
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Ravinder Jain, Professor Primary appointment as Professor of Electrical Engineering and Computer Engineering PhD, University of California at Berkeley, 1974 Solid-state devices, quantum electronics, optoelectronics. |
Contact Information EECE 110 505-272-7842 jain@eece.unm.edu Homepage |
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Christopher Moore, Assistant Professor Primary appointment as Assistant Professor of Computer Science PhD, Cornell University, 1991 I study interesting things like Phase Transitions in NP-complete Problems, Quantum Computation, Computational Complexity in Statistical Physics, Analog Computation, Dynamical Systems, Cellular Automata, Recurrent Neural Networks, Algebraic Circuits, Non-Associative Algebras (Quasigroups and Loops), Glassy Systems and Slow Relaxation, Spin Systems, Potts Models, Random Tilings, Random Networks, \"Small Worlds,\" Monte Carlo Algorithms, Combinatorial Games, and some other things. |
Contact Information FEC 335 505-277-3112 moore@cs.unm.edu Homepage |
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Marek Osinski, Professor Primary appointment as Professor of Electrical Engineering and Computer Engineering PhD, Polish Academy of Sciences, 1979 Optoelectronic devices and materials, theory and experiment. Semiconductor lasers, vertical-cavity surface-emitting lasers, two-dimensional arrays. Wide-bandgap materials and devices, group-III nitrides, light-emitting diodes, lasers from green to UV. Reliability and degradation physics. Comprehensive computer simulation. |
Contact Information CHTM 108B 505-272-7812 osinski@chtm.unm.edu |
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People
Faculty