Theory:

Complex systems, statistical mechanics, nonlinear systems driven out of equilibrium, biophysics, soft condensed matter, strongly correlated electrons, nano-science, quantum circuits, quantum computing, superconductivity, vortex dynamics, dynamical instabilities, nonlinear collective transport phenomena.

• Samuel Moukouri (strongly correlated electrons, quantum critical phenomena, computational physics)
• Mark Newman (complex systems, statistical physics, networks)
• Franco Nori (quantum computing, vortex dynamics, superconductivity, complex systems, biophysics)
• Leonard M. Sander  (complex systems, statistical physics, biophysics)
• Robert S. Savit (complex systems, statistical physics, biophysics)
• Alexei Tkachenko (soft condensed matter, biophysics, nanoscience)

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Experiment:

Mesoscopic structures, thin films, and metallic films; microfabrication; spectroscopic studies of electronic structures of solids not covered by traditional band theory; high temperature superconductivity; strongly correlated electron systems; quantum dot spectroscopy, quantum computing, quantum optics, coherent x-ray scattering; x-ray and inelastic light scattering; semiconductor quantum wells and superlattices; molecular beam epitaxy, and scanning tunneling and other microscopies.

• James W. Allen (strongly correlated electrons, quantum critical phenomena, X-Ray and electron spectroscopy) 
• Roy Clarke (magnetism, X-Ray, synchrotron radiation)
• Robert Deegan (complex systems, soft-condensed matter, pattern formation, hydrodynamics)
• Stephen Forrest (organic thin film semiconductors, optoelectronics)
• Cagliyan Kurdak (mesoscopic and low dimensional electronic systems, nanoscience) 
• Roberto D. Merlin (light scattering, AMO, collective excitations)
• Bradford G. Orr (AFM/STM imaging, surfaces and interfaces, nanoscience,  biophysics)
• Stephen C. Rand (nonlinear optics, AMO)
• David Reis (ultrafast X-Ray, material dynamics, AMO)
• Vanessa Sih (optical spectroscopy, spins in semiconductors, photonics)
• Duncan Steel (quantum dots, nonlinear optical spectroscopy, AMO, biophysics)
• Ctirad Uher (thermoelectrics, thermal transport, diluted magnetic semiconductors)
• Michal Zochowski (complex systems, network dynamics, biophysics, neuroscience)

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CM/AMO Seminars

Applied Physics Program

Center for the Study of 
Complex Systems
(CSCS)

Michigan Center for
Theoretical Physics
(MCTP)

Frontiers in Optical Coherent
and Ultrafast Science
(FOCUS)

Institute for Complex Adaptive Matter

International Institute for Complex Adaptive Matter