Research interests and results in the fields of nanomaterials and nanoparticles.

Interactions of low-energy particles with thin organic layers.

Transport properties of mesoscopic devices consisting of semiconductor- superconductor materials. Photo-assisted tunneling.

Research associate at Michigan State University. Pershin's webpage informs about his research interests, publications, and teaching.

Physicist at the Universidad Complutense de Madrid.

Lecturer at the Ecole Nationale Suprieure des Techniques Avances, working on thermodynamics of polymer systems and molecular simulation of electrolyte solutions.

Research, courses, educational resources and profile. Associate professor at the Universidade Federal de So Joo del Rei, Brasil.

Boris Nadgorny's Research Group at Wayne State University, Physics and Astronomy Department

Research interests include condensed matter theory, including frustrated systems, quantum magnetism, spin phonon coupling and low-dimensional systems.

Contains information on our research, teaching and scientific software development.

Physicist and theoretical physical chemist. Research interests, in the area of soft condensed matter physics, and publications list.

Teaching and research in Soft Condensed Matterat LDFC-CNRS: physics of polymers, surfactants, colloids and other complex fluids.

Institute of Physics of the Pedagogical University of Czestochowa, Poland. Interests: luminescence, thermoluminescence, optically stimulated luminescence, Monte Carlo methods, trapping, recombination, traps, spatially correlated systems.

Faculty research associate at the Department of Electrical Engineering, Arizona State University. Dr. Mamaluy works on quantum transport simulations in nanostructures.

Professor at university of Texas. Theory of graphene, metal spintronics, cold atoms, quantum Hall systems and nanoparticules

Condensed matter physicist and materials scientist, specialist in synchrotron X-ray and neutron diffraction

Charles Lieber is a Professor at Harvard University. His research focuses on the synthesis of nanoscale wires together with demonstrations of applications of theses materials.

Assistand professor at University of Texas. Her research program focuses on the studies of quantum dynamics in various materials and nanostructures.

Nobel laureate (2003). Professor at university of Illinois. Research on low temperature Theoretical physics. Superfluidity, superconductivity and basic conceptual issues in the foundations of quantum mechanics.

Researcher at Nippon Telephone and Telegraph Basic Research Labs (Japan). Research interest: Quantum Hall effect in single and multilayer electron systems, control of nuclear spins in semiconductors.

University of Pittsburgh. Research interests are modeling of binary fluids within microchannels (morphological instabilities and periodic droplet formation) and modeling of ternary fluids with reversible chemical reactions.

Research on Conjugated Organic Materials for novel opto-electronic devices.

Professor at Northwestern University working on theoretical condensed matter physics, including strongly correlated systems, quantum information processing with solid-state devices and theory of quantum transport.