Ian
Affleck: high-T superconducti- vity, low dimensional magnetism, quantum wires and quantum dots.
Mona Berciu: diluted magnetic
semiconductors, quantum Hall effect, transport in mesoscopic devices, strongly correlated electron systems.
Birger Bergersen: steady-state
non-equilibrium phenomena, stocha- stic processes in cyclic systems.
Marcel Franz: strongly correlated electron
systems, exotic order in quantum matter, cuprate and other
unconventional superconductors and anything else out of the ordinary.
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Steve Plotkin: Theoretical biophysics; dynamics and disorder in the theory of protein folding, misfolding, and aggregation; DNA structure, function, and dynamics.
Robert Raussendorf: quantum
information and computation; fault-tolerance; quantum
cellular automata.
Jörg Rottler: computational physics and soft condensed matter, non- equilibrium statistical physics, disordered systems and glasses, polymer physics and complex fluids.
George Sawatzky: transition metal oxides; new magnetic materials; dynamic mean-field theory.
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Philip Stamp: Large scale quantum phenomena
(magnets, supercon- ductors, quantum computing and
communication, decoherence); quan- tum magnetism;
strongly-correlated fermions.
Alexandre Zagoskin: mesoscopic
superconductors and quantum computers.
Fei Zhou: geometrical phases of correlated particles; exotic correlated states in optical lattices; quantum information processing and storing.
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