H. Akai: Metals, Alloys, Magnetic Semiconductors, Hyperfi ne Inter-actions, Magnetoelectronics, Electronic Structure

E. Andrei: Low-Dimensional Electron Systems, Graphene (experiment)

G. Bauer: Spintronics and Magnetoelectronics (excluding Materials andStrongly Correlated Systems), Quantum Transport

L. Brey: General

J. A. Brum: Semiconductors, Material Sciences, Electronic Structures, Synchrotron radiation, Nanostructured Materials

P. Chaddah: Low Temperature Physics, Phase Transitions, Superconducting Materials, Vortex Matter

X. Chen: Experimental Investigation on Superconductors

J. R. Chelikowsky: General

S. Das Sarma: Theoretical Condensed Matter Physics (solid state physics), Electronic Properties of Materials, Nonequilibrium Statistical Mechanics

K. Ensslin: General

V. Falk’o: Low-Dimensional Materials, Graphene, Graphite, Mesoscopics, Nanoelectronic Structures and Quantum Transport

J. Fontcuberta: Thin Film Oxides, Magnetic Properties, Charge Transport Properties, Transition Metal Oxides

R. Gebauer: Electronic structure theory, optical properties, materials for energy applications

M. Grynberg: Semiconductors, Optical Properties, Impurities, Defects

R.J. Haug: Quantum Transport, Quantum Dots, Graphene, Quantum Hall Effect, Mesoscopics, Nanoelectronics, Low-Dimensional Materials

P. Hawrylak: Nanoscience, Quantum Information, Strongly Correlated Electrons, Electronic and Optical Properties of Semiconductors, Nano-structures

M. Heiblum: Dephasing, Shot Noise, Fractional Charge, Kondo Effect

H. Hosono: Oxide Materials, New Superconductors

E. L. Ivchenko: Nanostructures, Surfaces Interfaces, Band Structure, Optical Properties, Spin-Orbit Effects

L. V. Keldysh: Solid State Theory

T. Kimura: Material Science, Condensed Matter Physics, including Sample Synthesis, Single Crystal Growth, Structural, Magnetic and Electric Properties of Magnetic Oxides

C. Lacroix: Magnetism, Strongly Correlated Electron Systems

A. Lichtenstein: Condensed Matter Theory, Electronic Structure, Correlation Effects, Magnetism

D. J. Lockwood: Optical Spectroscopy, Semiconductors, Nanostructures

Y. E. Lozovik: Condensed Matter Theory

A. H. MacDonald: Correlated Electrons, Two-Dimensional Electron Gas, Quantum Hall Physics, Magnetism, Superconductivity

M. J. Manfra: MBE Growth of III-V Semiconductors, Low Temperature and High Magnetic Field Transport and the Fractional Quantum Hall Effect

R. Merlin: Experimental Physics, Raman Scattering, Coherent and Ultrafast Optical Spectroscopy

S. Miyashita: Phase Transitions, Slow Dynamics in Cooperative Systems, Quantum Spin Systems, Quantum Dynamics

A. Morpurgo: General

T. T. M. Palstra: Electronic Properties of Materials in Particular Magnetism, Multiferroics and Electronic Ordering Phenomena

F. Peeters: Condensed Matter Theory, Electronic Properties (semi-conductors and superconductors)

V. Pellegrini: Transport and Optics in Semiconductor Low-dimensionalsystems, Collective Electronic States in Nanostructures

R. T. Phillips: Semiconductor Nanostructures, Coherent Optics in Semiconductors

A. Pinczuk: General

J. F. Sadoc: Soft Matter

E. V. Sampathkumaran: Strongly Correlated Electron Behaviour, Rare-Earth Compounds

D. D. Sarma: General

X. C. Shen: Solid State Spectroscopy in General, Including Spectroscopy of Semiconductor Quantum Well, Quantum Wire and Quantum Dots

P. Sheng: Inhomogeneous Materials, Waves, Mesoscopic Physics

A. Sood: Raman Spectroscopy, High Pressure Effects, Carbon Nanotubes and Nanoparticles, Soft Condensed Matter

C. S. Sundar: Materials Science, Defects in materials, Phase transitions, Positron Annihilation; Infrared Spectroscopy

Z. Tang: General

S. Tarucha: General

S. Ushioda: Raman Scattering, STM Light Emission, Surface Excitations, Surface Nonlinear Effects, Photoemission

E. G. Wang: Computational Simulation of Film Growth and Pattern Formation on Surface; Nanotube Growth and their Related Properties

M.Wang: Novel Material Sample Fabrication and Characterization

W.Wegscheider: General

X. Xie: Condensed Matter Theory, Quantized Hall Effect, Electronic and Spin Transport in Low-Dimensional Systems

B.-F. Zhu: Electronic Structure and Phonon Physics in Low-Dimensional Semiconductor Systems and Nanostructures, Transport in Mesoscopic Systems, Optical Properties of Semiconductor

SOLID STATE COMMUNICATIONS

EDITOR-IN-CHIEF, ARON PINCZUK

SUBJECT FIELD OF EDITORS