Name & Affiliation |
Research Interest |
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Yaroslaw Bazaliy Argonne National Laboratory |
Spin -polarized currents, spintronics, ferromagnet-superconductor proximity effect, magnetic orientation phase transitions.
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Miro Belov University of Alberta |
Thin magnetic films and microfabrication (e-beam), interactions with light (ultrafast Kerr microscopy, measurement, simulation)
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Sara Bergkvist Royal Institute of Technology |
I am a theorist working with quantum Monte Carlo simulations of strongly correlated systems.
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Noah Bray-Ali U.C. Berkeley |
Strongly-correlated electron materials: Most recently, I’ve studied a novel phase arising in diluted magnets and superconductors near percolation threshold.
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Kristen Buchanan University of Alberta |
My research focuses on the magnetic and magneto-optical properties of nanocomposite materials.
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Kenneth Burch U.C. San Diego |
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John Cumings Stanford University |
I am fabricating mesoscopic structures from magnetic
semiconductors. |
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Denis Demchenko Georgetown University |
First-principle calculations and spin-dependent transport in magnetic nanostructures.
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Theja DeSilva University of Cincinnati |
Strongly correlated electronic systems, including role of orbital degrees of freedom in complex magnetic materials.
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Louise Ejsing Danish Technical University |
My research interests are in detection and manipulation of magnetic beads used for bioapplications, e.g. DNA detection.
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Catherine Frandsen Technical University of Denmark |
My research area is “Magnetic nanoparticles.”
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Priya Gopal U.C. Santa Barbara |
I am interested in the computational investigation and design of
multi-functional materials. My research focus is in the area of ” spintronic” materials. I am particularly interested in the electronic and magnetic properties of doped-semiconductors. |
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Michael Hermele U.C. Santa Barbara |
I am currently interested in exotic quantum states of matter, particularly in the context of frustrated quantum magnets, with an eye toward the challenging (and I believe important!) problems of connecting various exotic states to experiements, and better understanding SU(2) invariant magnets.
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Julienne Hill Ames Laboratory, US DOE and Iowa State University |
I am interested in studying the magnetic and electronic properties of novel materials, especially high-Tc related materials.
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Jiangping Hu U.C. Los Angeles |
A party to know how spins dance.
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Adilet Imambekov Harvard University |
Spinor condensates in optical lattices.
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Sergei Isakov Stockholm University |
My areas of physics interest are frustrated magnets, dimer models, statistical physics.
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Jason Jackiewicz Boston College |
I am interested in simple ways of solving complicated problems in strongly correlated electron systems.
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Ribhu Kaul Duke University |
Interplay of Many-Body and Mesoscopic Effects in Nano-Structures.
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Ersin Kececioglu Northwestern University |
Theory of spin semiclassics, theoretical and computational analysis of spin models.
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Eun-ah Kim University of Illinois Urban-Champaign |
I study tunneling between quantum hall edge states
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Stine Klausen Riso National Laboratory |
Magnetic dynamics of magnetic nanoparticles.
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Simon Kos Los Alamos National Laboratory |
I am interested in strongly correlated materials (cuprates, heavy-fermion Ce 115 materials) as well as seminconductors (organic and inorganic), and in the strong electronic correlations studied both analyticaly and by Monte Carlo simluations.
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Vadim Kovalev Stevens Institute of Technology |
Theory of electronic and magnetic properties of low-dimensional structures.
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Alexander Krichevsky University of Alberta |
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Wayne Lau University of Iowa |
The primary focus of my research is to study the electron spin dynamics and optical properties of semiconductor optoelectronic devices.
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Michael Lawler University of Illinois at Urbana-Champaign |
I am currently interestd in both the stripe phase and the nematic phase of quantum hall liquid crystals.
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Byounghak Lee University of Illinois at Urbana-Champaign |
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Minhyea Lee University of Chicago |
I am working on experimental physics, especially on low temperature transport, and am interested in strongly correlated electronic systems.
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Martin Linden Royal Institute of Technology, Albanova University Center |
My research can be summarized as “Quantum phase transitions and molecular motors.”
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Minjan Liu U.C. San Diego |
Fe silicide films on Si substrate - a potential material for spin-electronics
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Elhajal Maged Universite de Lausanne |
My field of study is “Frustrated magnetism”.
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George Mias Yale University |
Theoretical studies of quantum phase transitions, domain wall dynamics and solitons.
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Bjoern Michaelis ITP, Universitaet Wuerzburg |
I am interested in the many body problem, especially in the semianalytical and numerical description of CMR manganites and HTc cuprates.
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Timo Nachtrab University de Tuebingen |
My studies focus on the perpendicular transport in artificially and intrinsically layered systems consisting of alternating ferromagnetic/insulating or ferromagnetic/superconducting layers
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Predrag Nikolic Massachusetts Institute of Technology |
My areas of interest are: frustrated quantum magnets, lattice gauge theories, electron fractionalization, etc.
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Alvara Nunez University of Texas at Austin |
Condensed matter theory, spintronics, magnetism and superconductivity.
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Ju-Hyun Park University of Florida |
Low dimensional magnetism.
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David Pekker University of Illinois at Urbana Champaign |
Theoretical condensed matter physics, hedgehogs and skyrmions.
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Tami Pereg-Barnea University of British Columbia |
High Tc supercondcutivity and, in particular, theories of the pseudogap such as QED3 and other gauge (effective) theories
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Yuriy Pershin Clarkson University |
The main direction of my scientific activity is the theory of spin-related phenomena, in particular, I am interested in behavior of electron and nuclear spins in semiconductors, low-dimensional electron systems under high magnetic fields, decoherence processes.
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Daniel Podolsky Harvard University |
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Vadim Puller Stevens Institute of Technology |
Theory of spin dynamics and fluctuations in low-dimensional systems.
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Mikhail Polianski Cornell University |
Mesoscopic transport through quantum dots, nanomagnetic dynamics and spin waves.
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Daniel Queen U.C. San Diego |
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William Ratcliff Rutgers University |
Geometrically frustrated magnets.
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Gil Refael Harvard University |
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Alexandre Rocha Trinity College, Dublin |
Transport properties of magnetic nanostructures.
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Enrico Rossi University of Texas at Austin |
I am particularly interested in the transport properties of magnetic systems and in the magnetization dynamics of systems in which the magnetic degree of freedom is coupled to other degrees of freedom.
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Heidemarie Schmidt University of Leipzig, Germany |
Experimental and theoretical investigation of III-V seminconductors for Optoelectronics and of II-VI semiconductors for Spintronics.
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Peter Sharma Rutgers University |
In general, I am interested in the correlation between macroscopic thermal/electronic transport and microscopic (magneto-) structural properties such as electronic phase separation and short-range magnetic ordering in a variety of complex materials.
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Nikolai Sinitsyn Texas A&M University |
Nanomagnets and nuclear spin bath.
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Nicola Spaldin University of California, Santa Barbara |
Studying the fundamental physics of novel materials which have potential technological importance. |  |
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Plamen Stamenov Trinity College |
Spin Electronics devices, advanced magnetic materials, magnetic and transport measurements in alternating magnetic field and nolinear dynamics and chaos.
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Hirotoshi Terashita Montana State University |
My research interest is local magnetism in transition metal oxides (experiemental).
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Carlos Ancona Torres University of Chicago |
I am interested in aging and memory effects in spin glasses and proton glasses.
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Benjamin Ueland The Pennsylvania State University |
I work with Professor Peter Schiffer on the exploration of geometrically frustrated magnetic materials.
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Sergei Urazhdin Michigan State University |
My areas of physics interest include (nano)magnetism, electronic transport, scanning tunneling microscopy, and critical phenomena.
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Ananth Venkatesan Northeastern University |
My research interest is mainly in magnetic phenomena exhibited by electrons confined to low dimensions.
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Andre Vieira Instituto de Fisica da Universidad de Sao Paulo (Brazil) |
Disordered magnets; random Potts models; quantum spin chains.
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Eddy Yusuf National High Magnetic Field Laboratory |
Low-dimensional spin system in the presence of disorder.
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Chenggang Zhou Princeton University |
My research interest is electronic and magnetic properties of solids, strongly correlated electron system, computational and simulational physics. Particularly, I have worked in 2DEG, III-V DMS and Monte Carlo simulation of both quantum and classical systems.
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