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Author^
ENTRY^ ARTICLE
James H.^ Adair^ Department of Materials Science and Engineering^
Penn State University^ USA^ Materials Processing^ Powder Processing - mechanisms Daniel^ Adams^ Department of Physics^
University of the Western Cape^ South Africa^ Spectrometry^ Ion beam analysis Mario^ Agio^ Dipartimenti di Fisica 'A Volta'^
Universita degli Studi di Pavia^ Italy^ Electronic Structure^ Electronic states of photonic band-gap materials Antonio^ Agnesi^ Dipartimento di Elettronica^
Università di Pavia^ Italy^ Radiation Sources^ Laser radiation sources Terry^ Alford^ Department of Chemical and Materials Engineering^
Arizona State University^ USA^ Spectrometry^ Ion beam analysis Ercan^ Alp^ Advanced Photon Source^
Argonne National Laboratory^ USA^ Lattice Dynamics^ Elasticity Walter Schottky Institut, Lehrstuhl fürMarkus-Christian AmannHalbleitertechnologie^ Technische Universität München^ Germany^ Instruments/devices^ Semiconductor lasers Alex^ Amato^ Laboratory for Muon-Spin Spectroscopy^
Paul Scherrer Institute^ Switzerland^ Spectroscopy^ Muon spin rotation Ole Krogh^ Andersen^ Max-Planck Institut für Festkörperforschung^
Germany^ Electronic Structure^ Linearized methods L.C.^ Andreani^ Dipartimento di Fisica 'A. Volta'^
Universita degli Studi di Pavia^ Italy^ Electronic Structure^ Electronic states of photonic band-gap materials D.^ Andreica^ Faculty of Physics^
Babes-Bolyai University^ Romania^ Spectroscopy^ Muon spin rotation Wanda^ Andreoni^ IBM Zurich Research Laboratory^
Switzerland^ Materials^ Fullerenes and nanotubes Toshihiro^ Arai^ 6-4-8 Shakujiimachi^
Nerima-ku^ Japan^ Optical Properties^ Optical properties of small particles and clusters European Laboratory for Non-linear SpectroscopyMaurizio Artoni(LENS)^ Polo Scientifico^ Italy^ Optics^ Electromagnetically induced transparency Kunihiro^ Asada^ VLSI Design and Education Center^
University of Tokyo^ Japan^ Instruments/devices^ Microprocessors Cesare^ Ascoli^ C.N.R. - IPCF^
Area della Ricerca di Pisa^ Italy^ Biophysics^ Surface scanning probe microscopy of biomolecules R. Dean^ Astumian^ Department of Physics and Astronomy^
The University of Maine^ USA^ Biophysics^ Molecular motors Giorgio^ Baccarini^ Dipartimento di Elettronica^
Università di Bologna^ Italy^ Instruments/devices^ Memory devices - Volatile Memories Giorgio^ Baccarini^ Dipartimento di Elettronica^
Università di Bologna^ Italy^ Instruments/Devises^ Memorey Devices - Non-volatile devices Giovanni B.^ Bachelet^ Dipartimento di Fisica^
Università di Roma La Sapienza^ Italy^ Electronic Structure^ Pseudopotential method Shefford P.^ Baker^ Department of Materials Science and Engineering^
Cornell University^ USA^ Mechanical properties^ Mechanical behavior of thin films Giuseppe^ Baldacchini^ Centro Ricerche Frascati^
ENEA^ Italy^ Spectroscopy^ Optical properties of defect centers in insulating solids Marc^ Baldus^ Max-Planck-Institute for Biophysical Chemistry^
Abt. 030, Solid-state NMR^ Germany^ Biophysics^ Solid state NMR structural studies of proteins Francesca^ Ballarini^ Dipartimento di Fisica Nucleare e Teorica^
Università degli Studi di Pavia^ Italy^ Biophysics^ Ionizing radiation effects in biological materials Arun^ Bansil^ Physics Department^
Northeastern University^ USA^ Scattering^ Compton scattering techniques Bernard^ Barbara^ Laboratoire Louis Néel^
France^ Nanostructured Materials^ Magnetic nanostructures and particles Marcello^ Baricco^ Dipartimento di Chimica I.F.M.^
Universita' di Torino^ Italy^ Materials^ Metallic alloys Anne-Laure^ Barra^ Electronic Paramagnetic Resonance^
Grenoble High Magnetic Field Laboratory^ France^ Scattering^ Electron spin resonance Jose^ Baruchel^ ESRF^
France^ Scattering^ X-ray topography Jack^ Bass^ Department of Physics & Astronomy^
Michigan State University^ USA^ Transport Properties^ Electrical conductivity Franco^ Bassani^ Scuola Normale Superiore^
Italy^ Optics^ Sum rules and Kramers-Krönig relations in linear optics Franco^ Bassani^ Scuola Normale Superiore^
Italy^ Optics^ Sum rules and Kramers-Krönig relations in nonlinear optics William^ Bassett^
USA^ Instruments/devices^ Diamond anvil cells Ernst^ Bauer^ Department of Physics and Astronomy^
Arizona State University^ USA^ Microscopy^ Low energy electron microscopy Michael J.^ Bedzyk^ Department of Materials Science^
Northwestern University^ USA^ Scattering^ X-ray standing wave techniques Kamran^ Behnia^ Laboratoire de Physique Quantique, UPR 5 -CNRS
Ecole Supérieure de Physique et deChimie Industrielles^ France^ Transport Properties^ Thermal conductivity Marco^ Bellini^ Istituto Nazionale di Ottica Applicata (INOA)^
Italy^ Spectroscopy^ Harmonic generation frequency conversion Jean^ Bellissard^ School of Mathematics^
Georgia Institute of Technology^ USA^ Electronic Structure^ Electronic properties of deterministic aperiodic solids Jean^ Bellissard^ School of Mathematics^
Georgia Institute of Technology^ USA^ Electronic Structure^ Electrons in periodic potentials with magnetic fields Stefano^ Bellucci^ INFN - Laboratori Nazionali di Frascati^
Italy^ Structures^ Carbon-based nanostructures Fabio^ Beltram^ Scuola Normale Superiore^
Italy^ Biophysics^ Fluorescent proteins Giorgio^ Benedek^ Dipartimento di Scienza dei Materiali^
Università degli Studi di Milano - Bicocca^ Italy^ Phonons Karl-Heinz^ Bennemann^ Fachbereich Physik der Freien^
Universität Berlin^ Germany^ Superconductivity^ BCS theory Willy^ Benoit^ Institut de Physique de la Matiere Complexe (IPMC)
Fac. Sciences de Base (FSB) EPFLausanne^ Switzerland^ Mechanical properties^ Anelasticity Christoph^ Bergemann^ Cavendish Laboratory^
University of Cambridge^ UK^ Electronic Structure^ Fermi surface measurements Claude^ Bernard^ L.T.P.C.M - E.N.S.E.E.G^
France^ Materials Processing^ Vapor transport processing: models and simulations Isaac B.^ Bersuker^ Institute for Theoretical Chemistry^
The University of Texas at Austin^ USA^ Electronic Structure^ Crystal field splitting Antonio^ Bianconi^ Dipartimento di Fisica^
Università di Roma "La Sapienza"^ Italy^ Biophysics^ Structural determination of proteins: diffraction methods
Werner^ Biberacher^ Walther-Meissner-Institut^
Germany^ Scattering^ Shubnikov-de Haas and de Haas-van Alphen techniques T.^ Bieler^ Dept of Chem. Eng and Material Sciences^
Michigan State University^ USA^ Materials^ Titanium alloys Angelo^ Bifone^ Psychiatry CEDD^
GlaxoSmithKline Research Centre^ Italy^ Biophysics^ Physical properties of red blood cells Kurt^ Binder^ Institute of Physics^
Johannes Gutenberg University of Mainz^ Germany^ Mathematics^ Computer simulation techniques Robert R.^ Birge^ Department of Chemistry^
University of Connecticut^ USA^ Biophysics^ Rhodopsin and the first step in vision David^ Bishop^ Lucent Technologies Bell Labs^
USA^ Superconductivity^ Metallic superconductors David^ Bishop^ Lucent Technologies Bell Labs^
USA^ Superconductivity^ Applications of Superconductivity Anna Rita^ Bizzarri^ Dipartimento di Scienze Ambientali^
Università di Tuscia^ Italy^ Biophysics^ Electron transfer in metalloproteins Tomasz^ Blachowicz^ Lab. of Brillouin Spect,Adjunct, Institute of Physics^
Silesian University of Technology^ Poland^ Scattering^ Inelastic Scattering Technique - Brillouin Robert^ Blinc^ Joseph Stefan Institute^
University of Ljubljana^ Slovenia^ Scattering^ NMR methods for the determination of local structure Stephen J.^ Blundell^ Clarendon Laboratory^
University of Oxford^ UK^ Electronic Structure^ Magnetoresistance techniques applied to Fermi surfaces Edoardo^ Boncinelli^ Director^
SISSA^ Italy^ Biophysics^ Neuroscience Rodolfo^ Bonifacio^ Department of Physics^
University of Milano^ Italy^ Spectroscopy^ Optical bistability F.^ Bordi^ Dipartimento di Fisica
Universita degli Studi di Roma "LaSapienza"^ Italy^ Biophysics^ Biomembranes Keith^ Bowman^ Purdue University^
School of Materials Engineering^ USA^ Mechanical properties^ Elastic Behavior E.H.^ Brandt^ Department Gao^
Max-Planck-Institut für Metallforschung^ Germany^ Superconductivity^ Ginzburg-Landau theory and vortex lattice Jean-Luc^ Brédas^ School of Chemistry and Biochemistry^
Georgia Institute of Technology^ USA^ Electronic Structure^ Electronic states of polymers and organic materials Leo^ Brewer^ Department of Chemistry^
University of California Berkeley^ USA^ History^ History of Metals and Metallurgy Claude^ Brezinski^ 7 rue de Provence
Université des Sciences et Technologiesde Lille^ France^ Mathematics^ Numerical approximation and analysis David^ Brink^ 34 Minster Road^
University of Oxford^ UK^ Quantum Mechanics^ Nuclear fission and fusion Patrick^ Brisset^ CEA Saclay^
DRT - LIST - DIMRI - SIAR^ France^ Transport Properties^ Radioactive tracer Ricardo A.^ Broglia^ Dipartimento di Fisica^
Universita degli Studi di Milano^ Italy^ Quantum Mechanics^ Nuclei Ricardo A.^ Broglia^ Dipartimento di Fisica^
Universita degli Studi di Milano^ Italy^ Quantum Mechanics^ Nuclear models and methods Ricardo A.^ Broglia^ Dipartimento di Fisica^
Universita degli Studi di Milano^ Italy^ Biophysics^ Protein folding and aggregation Ricardo A.^ Broglia^ Dipartimento di Fisica^
Universita degli Studi di Milano^ Italy^ Materials^ Molecular clusters Peter E.^ Brommer^ Van der Waals-Zeeman Institute^
Universiteit van Amsterdam^ Netherlands^ Magnetic Properties^ Magnetic model systems Søren^ Brunak^ BioCentrum-DTU^
Denmark^ Biophysics^ Genome sequences and protein functions Francesco^ Buda^ Leiden Institute of Chemistry^
Leiden University^ Netherlands^ Biophysics^ Biomolecules: Numerical Approaches Cesare^ Cametti^ Dipartimento di Fisica
Universita degli Studi di Roma "LaSapienza"^ Italy^ Biophysics^ Biomembranes Salvatore^ Cannistraro^ Dipartimento di Scienze Ambientali^
Università della Tuscia^ Italy^ Biophysics^ Electron transfer in metalloproteins Rosanna^ Capelletti^ Dipartimento di Fisica^
Università di Parma^ Italy^ Spectroscopy^ Luminescence Sergio^ Caracciolo^ Scuola Normale Superiore^
Italy^ Quantum Mechanics^ Critical phenomena Federico^ Casagrande^ Dipartimento di Fisica^
Università degli Studi di Milano^ Italy^ Spectroscopy^ Optical bistability Giulio^ Casati^ Universita dell'Insubria^
Dipartimento di Scienze CFM^ Italy^ Quantum Mechanics^ Nonlinear dynamics and nonlinear dynamical systems Giulio^ Casati^ Universita dell'Insubria^
Dipartimento di Scienze CFM^ Italy^ Quantum Mechanics^ Quantum computation and chaos Davide^ Cassi^ University of Parma
Department of Physics Università of RomeI^ Italy^ Quantum Mechanics^ Classical statistical mechanics Francesco^ Casula^ Cittadella Universitaria^
S.P. Monserrato^ Italy^ Electronic Structure^ Electronic states of insulators Carlo^ Cercignani^ Dipartimento di Matematica "F. Brioschi"^
Politecnico di Milano^ Italy^ Quantum Mechanics^ Stochastic processes in physics and chemistry Carlo^ Cercignani^ Dipartimento di Matematica "F. Brioschi"^
Politecnico di Milano^ Italy^ Transport Properties^ Onsager relations Srinivasan^ Chandrasekar^ School of Industrial Engineering^
Purdue University^ USA^ Mechanical properties^ Hardness Roy^ Chantrell^ Seagate Research^
USA^ Magnetic Properties^ Magnetic memories and recording Krishan K.^ Chawla^ Department of Materials Science and Engineering^
University of Alabama at Birmingham^ USA^ Mechanical properties^ Tensile Properties James R.^ Chelikowsky^ Chemical Engineering and Materials Science^
University of Minnesota^ USA^ Electronic Structure^ Electronic structure of nanostructures Gianfranco^ Chiarotti^ Dipartimento di Fisica^
Università di Roma "Tor Vergata"^ Italy^ Electronic Structure^ Surfaces and interfaces (electronic structure) Kikuo^ Cho^ Osaka University^
Graduate School of Engineering Science^ Japan^ Optical Properties^ Optical properties of nanostructures Kikuo^ Cho^ Osaka University^
Graduate School of Engineering Science^ Japan^ Optical Properties^ Polarizabilities Aris^ Christou^ Department of Materials and Nuclear Engineering^
University of Maryland^ USA^ Transport Properties^ Electromigration Andrew^ Cleland^ Department of Physics^
University of California Santa Barbara^ USA^ Superconductivity^ Tunnelling in superconductors
Mike^ Finnis^ Queen's University, Belfast^
Crystal Binding (interatomicUKforces)^ Ionic bonding and crystals Robert A.^ Fisher^
University of California Berkeley^ USA^ Thermodynamics^ Specific heat Jacques^ Flouquet^ DRFMC-SPSMS^
CEA^ France^ Transport Properties^ Magnetic transport properties Frank^ Forstmann^ Institut für Theoretische Physik^
Freien Universität Berlin^ Germany^ Optical Properties^ Optical properties of metals and metallic alloys W. Beall^ Fowler^ Physics Department^
Lehigh University^ USA^ Crystal Defects^ Point Defects Maxim D.^ Frank-Kamenetskii^ Department of Biomedical Engineering^
Boston University^ USA^ Biophysics^ DNA and RNA Jochen^ Friedrich^ Crystal Growth Laboratory^
Fraunhofer Institute IISB^ Germany^ Crystal Growth^ Crystal growth - bulk (methods) Hiroyuki^ Fujita^ Institute of Industrial Science^
University of Tokyo^ Japan^ Instruments/devices^ Micromechanical devices and systems Albert^ Furrer^ Laboratory for Neutron Scattering^
ETHZ & PSI^ Switzerland^ Particle Sources^ Neutron sources Daniel^ Gall^ Department of Materials Science & Engineering^
Rensselaer Polytechnic Institute^ USA^ Materials Processing^ Vapor deposition techniques Gianluca^ Galzerano^ Dipartimento di Elettronica e Informazione^
Politecnico di Milano^ Italy^ Instruments/devices^ Modulators David R.^ Gaskell^ School of Materials Engineering^
Purdue University^ USA^ Structures^ Allotropy and Polymorphism Azriel Z.^ Genack^ Department of Physics
Queens College of the City University ofNew York^ USA^ Optics^ Waves in random media Rosario A.^ Gerhardt^ School of Materials Science & Engineering^
Georgia Institute of Technology^ USA^ Spectroscopy^ Impedance spectroscopy and mobility spectra Department of Electrical, Computer and SystemsThomas GessmannEngineering^ Rensselaer Polytechnic Institute^ USA^ Instruments/devices^ Light emitting diodes Jan^ Gimsa^ Institut für Zellbiologie und Biosystemtechnik^
Universität Rostock^ Germany^ Biophysics^ Electric and magnetic fields in cells and tissues D.^ Givord^ Laboratoire Louis Néel^
France^ Magnetic properties^ Magnetic order Richard A.^ Goldstein^ Siena Biotech SpA^
Italy^ Biophysics^ Evolution and protein folding Claudio^ Goletti^ Dipartimento di Fisica^
Universita di Roma "Tor Vegata"^ Italy^ Electronic Structure^ Surfaces and interfaces (electronic structure) Julio^ Gomez-Herrero^ Laboratorio de Nuevas Microscopías
Departamento de Física de la MateriaCondensad^ Spain^ Microscopy^ Scanning probe microscopy John B.^ Goodenough^ Department of Materials Science and Engineering^
Electronic and Magnetic Properties of Transition MetalUniversity of Texas at Austin USA Electrical PropertiesCompounds Franco^ Gori^ Dipartimento di Fisica "E. Amaldi"^
Universita degli Studi Roma Tre^ Italy^ Optics^ Imaging and optical processing Günter^ Gottstein^ Institut für Metallkunde und Metallphysik^
RWTH Aachen^ Germany^ Mechanical properties^ Plastic Behavior Walter^ Greiner^ Institut für Theoretische Physik^
Johann Wolfgang Goethe-Universität^ Germany^ Quantum Mechanics^ Radioactivity Christian^ Griesinger^ Max Planck Institute for Biophysical Chemistry^
Germany^ Biophysics^ Structural determination of proteins: NMR Uwe^ Grimm^ Mathematics & Computing Faculty^
The Open University^ UK^ Electronic Structure^ Electronic structure of Quasicrystals Marcos H.^ Grimsditch^ Material Science Division^
Argonne National Laboratory^ USA^ Scattering^ Inelastic Scattering Technique - Brillouin Eberhard K.U.^ Gross^ Freie Universität Berlin^
Theoretische Physik^ Germany^ Electronic Structure^ Density-functional theory Marius^ Grundmann^ Institut für Experimentelle Physik II^
Universität Leipzig^ Germany^ Instruments/devices^ Quantum devices of reduced dimensionality Karl A.^ Gschneidner^ Ames Laboratory^
Iowa State University^ USA^ Magnetic Properties^ Magneto-caloric effect G.^ Guizzetti^ Dipartimento di Fisica^
Universita' di Pavia^ Italy^ Optics^ Optical properties of materials Alexander^ Gurevich^ Applied Superconductivity Center^
University of Wisconsin - Madison^ USA^ Superconductivity^ Critical currents in superconductors Fritz^ Haake^ Fachbereich Physik^
Universität-GH Essen^ Germany^ Quantum Mechanics^ Nonlinear dynamics and nonlinear dynamical systems Alfred^ Hagemeyer^ Symyx Technologies, Inc.^
USA^ Materials^ Catalysts Alfred^ Hagemeyer^ Symyx Technologies, Inc.^
USA^ Combinatorial catalysis Cornel^ Hagiopol^ Georgia-Pacific Resins, Inc^
USA^ Materials^ Co-polymers Theo^ Hahn^ Lehrstuhl und Institut für Kristallographie^
RWTH Aachen^ Germany^ Crystallography^ Crystal symmetry Theo^ Hahn^ Lehrstuhl und Institut für Kristallographie^
RWTH Aachen^ Germany^ Crystallography^ Point groups F. Duncan M.^ Haldane^ Department of Physics^
Princeton University^ USA^ Quantum Mechanics^ Many body theory Department of Materials Science and MineralEugene E. HallerEngineering^ University of California Berkeley^ USA^ Semiconductors^ Isotopic effects in solids Damian^ Hampshire^ Department of Physics^
University of Durham^ UK^ Materials^ Chevrel phases Niels^ Hansen^ Mat. Research Department^
Risoe National Laboratory^ Denmark^ Mechanical properties^ Recovery recrystallization and grain growth Hisamoto^ Harima^ Department of Condensed Matter Physics^
Electronic states of metals and alloys, including Fermi surfaceOsaka University Japan Electronic Structurecalculations Neil^ Harrison^ Los Alamos National Laboratory^
USA^ Semiconductors^ Spin density waves and magnons Jurgen^ Härtwig^ ESRF^
France^ Scattering^ X-ray topography Alia^ Hassan^ Electronic Paramagnetic Resonance^
Grenoble High Magnetic Field Laboratory^ France^ Scattering^ Electron spin resonance Roger^ Haydock^ 1274 Department of Physics^
University of Oregon^ USA^ Electronic Structure^ Recursive methods for electronic states Larry^ Hench^ Department of Materials^
Imperial College^ UK^ Biophysics^ Biomedical materials FOM Institute for Atomic and Molecular PhysicsJennifer L. Herek[AMOLF]^
Netherlands^ Biophysics^ The physics of photosynthesis
Gerfried^ Hilscher^ Institut für Festkörperphysik^
TU Wien^ Austria^ Magnetic properties^ Magnetic interactions Kazuhiko^ Hirakawa^ Institute of Industrial Science^
University of Toyko^ Japan^ Semiconductors^ Conductivity phenomena in semiconductors Yoshiro^ Hirayama^ Physical Science Laboratory^
NTT Basic Research Laboratories^ Japan^ Instruments/devices^ Transistors Mark^ Hoffman^ School of Materials Science and Engineering^
University of New South Wales^ Australia^ Mechanical properties^ Fracture Jurgen M^ Honig^ Purdue University^
Department of Chemistry^ USA^ Thermodynamics^ Thermodynamic properties Jurgen M^ Honig^ Purdue University^
Department of Chemistry^ USA^ Thermodynamics^ Irreversible thermodynamics and basic transport theory in solids Andrew^ Horsfield^ Department of Physics and Astronomy^
University College London^ UK^ Structures^ Meso & nanostructures William^ Hosford^ Department of Materials Science and Engineering^
University of Michigan^ USA^ Materials^ Copper alloys Colan^ Hughes^ Max Planck Insitute for Biophysical Chemistry^
Abt. 030, Solid-State NMR^ Germany^ Biophysics^ Solid state NMR structural studies of proteins J.-P.^ Huignard^ Laboratoire Central de Recherches^
Thomson-CSF^ France^ Optics^ Holography R.M.^ Ibarra García^ Instituto de Ciencia de Materiales de Aragón^
Universidad de Zaragoza^ Spain^ Magnetic properties^ Magneto-elasticity Hideaki^ Ikoma^ 1-10-30 Izumicho^
Tokyo University of Science^ Japan^ Electronic Structure^ Impurity and defect states in semiconductors Massimo^ Inguscio^ Dipartmento di Fisica e L.E.N.S.^
Arcetri^ Italy^ Thermodynamics^ Bose-Einstein condensationInoue Institute of Industrial Science University of Tokyo^ Japan^ History^ History of Ceramics Eric D.^ Isaacs^ Argonne National Laboratory^
USA^ Nanostructured Materials^ Characteristics of nanomaterials Takehiko^ Ishiguro^ Hieidaira 3-42-^
Kyoto University^ Japan^ Materials^ Crystalline Organic Metals Yoshiharu^ Ishii^ Single Molecule Processes Project^
ICORP, JST^ Japan^ Biophysics^ Single molecule methods Sophie^ Jackson^ Chemistry Laboratory^
University of Cambridge^ UK^ Biophysics^ Engineering of protein folding Michael^ Jaffe^ Medical Device Concept Laboratory^
University Heights Science Park^ USA^ Materials^ Polymers Service de Physique Statistique, Magnétisme etA G M JansenSupraconductivité^ DRFMC, CEA Grenoble^ France^ Magnetic properties^ Magneto-conductivity Th. W.J.^ Janssen^ Katholieke Universiteit Nijmegen
TheNetherlands^ Crystallography^ Space groups Takeo^ Jo^ Department of Quantum Matter^
Hiroshima University^ Japan^ Spectroscopy^ X-ray absorption spectroscopy Julian^ Jones^ Department of Materials^
Imperial College^ UK^ Biophysics^ Biomedical materials Howard^ Jones^ Department of Engineering Materials^
University of Sheffield^ UK^ Materials^ Magnesium alloys Interdisciplinary Graduate School of Science andKotaro KajikawaEngineering^ Tokyo Institute of Technology^ Japan^ Optical Properties^ Optical properties of polymers and organic compounds Czeslaw^ Kapusta^ Department of Solid State Physics^
AGH University of Science & Technology^ Poland^ Magnetic Properties^ Microscopic magnetic experimental techniques Nijmegen Science Research Institute for MoleculesMikhail Katsnelsonand Materials^ University of Nijmegen^ Netherlands^ Lattice Dynamics^ Anharmonic effects Eugenii^ Katz^ Department of Chemistry^
The Hebrew University of Jerusalem^ Israel^ Biophysics^ Bioelectronics Daryl^ Kipke^ Dept.of Biomedical Engineering^
University of Michigan^ USA^ Biophysics^ Neural engineering Helmut^ Klapper^ Institut fuer Kristallographie^
RWTH Aachen^ Germany^ Crystallography^ Crystal symmetry Takao^ Koda^
Japan^ Optical Properties^ Optical properties of polymers and organic compounds Vladimir Z.^ Kresin^ Chemical Sciences [CHCP]^
Lawrence Berkeley National Lab^ USA^ Materials^ Manganites Michael^ Krisch^ Inelastic X-ray Scattering group^
European Synchrotron Radiation Facility^ France^ Scattering^ Inelastic X-ray scattering methods and applications Satyendra^ Kumar^ Kent State University^
Department of Physics^ USA^ Structures^ Liquid crystals Stefan^ Kurth^ Freie Universität Berlin^
Theoretische Physik^ Germany^ Electronic Structure^ Density-functional theory Giuseppe C.^ La Rocca^ Scuola Normale Superiore^
Italy^ Electronic Structure^ Electronic states of elemental semiconductors Giuseppe C.^ La Rocca^ Scuola Normale Superiore^
Italy^ Semiconductors^ Electrons and holes Giuseppe C.^ La Rocca^ Scuola Normale Superiore^
Italy^ Optics^ Semiconductor optics Philippe^ Lambin^ Physics Department
Facultés Universitaires Notre-Dame de laPaix^ Belgium^ Electronic Structure^ Electronic states of carbon materials Frank^ Lamelas^ Department of Physics^
Boise State University^ USA^ Crystallography^ Periodicity and lattices Department of Aerospace & MechanicalTerence G. LangdonEngineering^ University of Southern California^ USA^ Mechanical properties^ Creep Paolo^ Laporta^ Dipartimento di Fisica^
Politecnico di Milano^ Italy^ Instruments/devices^ Modulators Edgar^ Lara-Curzio^ High Temperature Materials Laboratory^
Oak Ridge National Laboratory^ USA^ Materials^ Ceramic Matrix Composites Anatoly^ Larkin^ School of Physics and Astronomy^
University of Minnesota^ USA^ Superconductivity^ General aspects of superconductivity Jason^ Lashley^ Pulsed Field Facility^
Los Alamos National Laboratory^ USA^ History^ History of Metals and Metallurgy David R.^ Leadley^ Department of Physics^
University of Warwick^ UK^ Scattering^ Cyclotron resonance in semiconductors Hassel^ Ledbetter^ Los Alamos National Laboratory^
USA^ Thermodynamics^ Diffusionless transformations
W. Luis^ Mochán^ Centro de Ciencias Físicas UNAM^
México^ Plasmons Giuseppe^ Molesini^ Istituto Nazionale di Ottica Applicata^
Italy^ Optics^ Geometrical optics Anna^ Moroni^ Dipartimento di Biologia "Luigi Gorini"^
Universita` di Milano^ Italia^ Biophysics^ Ion transport in biological membranes Elisha^ Moses^ Department of Physics of Complex Systems^
Weizmann Institute of Science^ Israel^ Biophysics^ Multicellular phenomena Ole G.^ Mouritsen^ Director, MEMPHYS - Center for
Biomembrane Physics, PhysicsDepartment University of SouthernDenmark^ Denmark^ Biophysics^ Membrane and protein aggregates Fred M.^ Mueller^ Superconductivity Technology Center^
Los Alamos National Laboratory^ USA^ History^ History of condensed matter physics Fred M.^ Mueller^ Superconductivity Technology Center^
Los Alamos National Laboratory^ USA^ History^ History of superconductors Georg^ Müller^ Crystal Growth Laboratory^
University of Erlangen-Nuernberg (WW6)^ Germany^ Crystal Growth^ Crystal growth - bulk (methods) Paul^ Muralt^ Ceramics Laboratory, LC-MX^
EPFL^ Switzerland^ Electrical Properties^ Pyroelectricity Kazuo^ Murase^
Japan^ Optical Properties^ Optical properties of amorphous semiconductors and glasses Molecular Physics and Biophysics, HuygensGerard NienhuisLaboratory^ Leiden University^ Netherlands^ Optics^ Interaction of light and matter Institut de Physique et Chimie des Materiaux deJean-François NierengartenStrasbourg^
France^ Instruments/devices^ Solar Cells Per^ Nordblad^ Department of Materials Science^
Uppsala University^ Sweden^ Magnetic Properties^ Disordered magnetic systems Lars^ Nordström^ Ångströmlaboratoriet^
Uppsala Universitet^ Sweden^ Electronic Structure^ Cellular methods (for electronic structure calculations) Jean-Michel^ Nunzi^ Laboratoire POMA^
Université d'Angers^ France^ Instruments/devices^ Solar Cells Mikael^ Oliveberg^ Biokemi^
Umeå universitet^ Sweden^ Biophysics^ Proteins Toshihito^ Osada^ Institute for Solid State Physics^
University of Tokyo^ Japan^ Electronic Structure^ Zeeman and Stark splittings R.M.^ Ottenbrite^ Department of Chemistry^
Virginia Commonwealth University^ USA^ Structures^ Biological structures Andrea^ Ottolenghi^ Dipartimento di Fisica Nucleare e Teorica^
Università degli Studi di Pavia^ Italy^ Biophysics^ Ionizing radiation effects in biological materials Sara Emanuela^ Pagnotta^ Dipartimento di Fisica^
Univ. degli Studi "Roma Tre"^ Italy^ Biophysics^ Electrophysiology Paul C.^ Painter^ Department of Materials Science and Engineering^
Penn State University^ USA^ History^ History of polymers Dimitri^ Papaconstantopoulos Center for Computational Materials Science^
Naval Research Laboratory^ USA^ Electronic Structure^ Tight binding method Giacomo^ Parigi^ Centro Risonanze Magnetiche (CERM)^
Universita di Firenze^ Italy^ Biophysics^ Structural determination of metalloproteins Matteo G.A.^ Paris^ Istituto Nazionale per la Fisica della Materia^
Unita' di Pavia^ Italy^ Spectroscopy^ Optical computers John M.^ Parker^ Department of Engineering Materials^
University of Sheffield^ UK^ Materials^ Glasses Krzysztof^ Parlinski^ Department of Materials Research by Computers^
Institute of Nuclear Physics^ Poland^ Lattice Dynamics^ Vibrational modes Maddalena^ Patrini.^
Optics^ Optical properties of materials L.^ Pavesi^ Dipartamento di Fisica^
Università di Trento^ Italy^ Materials^ Porous silicon Pasquale^ Pavone^ Institut I - Theoretische Physik^
Universität Regensburg^ Germany^ Thermodynamics^ Thermal expansion William T.^ Pennington^ Department of Chemistry^
Crystal Binding (interatomicClemson University USAforces)^ Covalent bonding and crystals Steve^ Pennycook^ Condensed Matter Sciences Division^
Oak Ridge National Laboratory^ USA^ Microscopy^ Transmission Electron Microscopy John^ Perepezko^ Department of Materials Science and Engineering^
University of Wisconsin^ USA^ Thermodynamics^ Phase transformation Maria^ Peressi^ Department of Theoretical Physics^
University of Trieste^ Italy^ Electronic Structure^ Electronic properties of semiconductor heterojunctions J. Manuel^ Perez-Mato^ Departamento de Física de la Materia Condensada^
Universidad del País Vasco^ Spain^ Thermodynamics^ Incommensurate phases Paolo^ Perfetti^ Istituto di Struttura della Materia del CNR^
Italy^ Spectroscopy^ Core Photoemission Sergei A.^ Permogorov^ Laboratory of Solid State Spectroscopy^
Ioffe Institute^ Russia^ Optical Properties^ Excitons in crystals Sergei A.^ Permogorov^ Laboratory of Solid State Spectroscopy^
Ioffe Institute^ Russia^ Exciton complexes T.G.^ Perring^ ISIS Facility^
Rutherford Appleton Laboratory^ UK^ Scattering^ Inelastic Scattering General Danilo^ Pescia^ Department of Physics, HPT C 2.^
ETH Hönggerberg^ Switzerland^ Magnetic Properties^ Magnetic domains Richard^ Pethrick^ Department of Pure and Applied Chemistry^
University of Strathclyde^ UK^ Structures^ Polymer structures Jan^ Petzelt^ Department of Dielectrics
Institute of Physics of Academy ofSciences of the Czech Republic^ Czech Republic Dielectric Properties^ Complex dielectric function Alan^ Phelps^ Department of Physics^
University of Strathclyde^ UK^ Spectroscopy^ Thermionic emission Jim^ Phillips^
USA^ Electronic Structure^ Electronic states of semiconductor compounds and alloys Norman E.^ Phillips^ Department of Chemistry^
University of California Berkeley^ USA^ Thermodynamics^ Specific heat Roberto^ Piazza^ Dipartimento di Ingegneria Nucleare^
Politecnico di Milano^ Italy^ Scattering^ Rayleigh scattering
Augusto^ Pifferi^ Istituto di Cristallografia^
Area della Ricerca di Roma - Montelibretti^ Italy^ Radiation Sources^ X-ray sources Jacques^ Plevert^ Institute for Environmental Science and Engineering Nanyang Technological University
Singapore 637723 Structures^ Structure types and classifications Dorin^ Poenaru^ Horia Hulubei National Institute^
of Physics and Nuclear Engineering^ Romania^ Quantum Mechanics^ Radioactivity Michael^ Pons^ L.T.P.C.M - E.N.S.E.E.G^
France^ Materials Processing^ Vapor transport processing: models and simulations Francesco^ Priolo^ Department of Physics and Astronomy^
University of Catania^ Italy^ Instruments/devices^ Optoelectronic devices Karel^ Prokes^ SF-2, Hahn-Meitner-Institute^
Germany^ Magnetic properties^ Macroscopic and mesoscopic magnetic experimental techniques Giovanni Maria^ Prosperi^ Department of Physics^
University of Milan^ Italy^ Quantum Mechanics^ Methods for quantum mechanics Antonio^ Quattropani^ Institut de Théorie des Phénomènes Physiques
Ecole Polytechnique Fédérale deLausanne^ Switzerland^ Semiconductors^ Electronic Transitions Dierk^ Raabe^ Max-Planck Institut für Eisenforschung^
Germany^ Materials Processing^ Deformation processing V.M.^ Ramaglia
Complesso Universitario di MonteS.Angelo^ Italy^ Electronic Structure^ Electronic structure of atoms (theory) Brian^ Rand^ Institute for Materials Research^
University of Leeds^ UK^ Materials^ Carbon matrix composites Emmanuel^ Rashba^ Department of Physics^
University of Buffalo^ USA^ Semiconductors^ Polarons Bernard^ Raveau^ Laboratoire de Cristallographie^
ISMRA^ France^ Materials^ Ruthenates Giancarlo^ Reali^ Dipartimento di Elettronica^
Università degli Studi di Pavia^ Italy^ Radiation Sources^ Laser radiation sources John H.^ Reif^ Department of Computer Science^
Duke University^ USA^ Nanostructured Materials^ DNA and molecular-based nanostructures Ronald^ Reifenberger^ Physics Department^
Purdue University^ USA^ Microscopy^ Scanning probe microscopy Raffaele^ Resta^ Department of Theoretical Physics^
University of Trieste^ Italy^ Electronic Structure^ Dielectric polarization in solids P.C.^ Riedi^ Department of Physics and Astronomy^
University of St Andrews^ UK^ Magnetic Properties^ Microscopic magnetic experimental techniques Roberto^ Righini^ LENS^
University of Florence^ Italy^ Electronic Structure^ Electronic structure of molecules (theory) Horst^ Rogalla^ Department of Applied Physics^
TheUniversity of TwenteNetherlands^ Superconductivity^ Josephson Junctions and their applications Gregory S.^ Rohrer^ Department of Materials Science and Engineering^
Carnegie Mellon University^ USA^ Structures^ Micro and macrostructures Carmelo^ Romeo^ Central R&D^
STMicroelectronics^ Italy^ Instruments/devices^ Lithography masks and pattern transferRousseau The Abdus Salam ICTP Italy^ Electronic Structure^ Car-Parrinello molecular dynamics J.S.^ Rutherford^
Crystal Binding (interatomicUKforces)^ Van der Waals bonding and inert gases J.S.^ Rutherford^
UK^ Structures^ Crystal structure Ivan^ Rychetsky^ Department of Dielectrics
Institute of Physics of Academy ofSciences of the Czech Republic^ Czech Republic Dielectric Properties^ Complex dielectric function Nitin^ Samarth^ Department of Physics^
Penn State University^ USA^ Magnetic Properties^ Spintronics Milan^ Sanyal^ Saha Institute of Nuclear Physics^
India^ Materials^ Molecular monolayers and thin films Adele^ Sassella^ Dipartimento della Scienza dei Materiali^
Universita' degli Studi di Milano - Bicocca^ Italy^ Structures^ Epitaxy Antonio^ Sasso^ National Institute for the Physics of Matter (INFM)
Complesso Universitario di MonteSant'Angelo^ Italy^ Quantum Mechanics^ Atoms Avadh^ Saxena^ Los Alamos National Laboratory^
USA^ Thermodynamics^ Diffusionless transformations Sandro^ Scandolo^ The Abdus Salam ICTP^
Italy^ Electronic Structure^ Car-Parrinello molecular dynamics Peter^ Schaaf^ Universitaet Goettingen^
Zweites Physikalisches Institut^ Germany^ Microscopy^ Mössbauer spectroscopy Günter^ Scharf^ Theoretische Physik^
Universität Zürich^ Switzerland^ Electrodynamics^ Quantum electrodynamics Wolfgang^ Schattke^ Institut fur Theoretische Physik und Astrophysik^
Christian-Albrechts-Universitat zu Kiel^ Germany^ Dielectric Properties^ Local field effects Dipartimento di Chimica, Laboratorio diVincenzo SchettinoSpettroscopia Molecolare^ Universita' di Firenze^ Italy^ Quantum Mechanics^ Molecules Reinhard^ Scholz^ Institut für Physik^
Technische Universität Chemnitz^ Germany^ Semiconductors^ Organic semiconductors Michael^ Schreiber^ Institut für Physik^
Technische Universität Chemnitz^ Germany^ Electronic Structure^ Electronic structure of Quasicrystals Dept. of Electrical, Computer and SystemsE. Fred SchubertEngineering^ Rensselaer Polytechnic Institute^ USA^ Instruments/devices^ Light emitting diodes Christopher A.^ Schuh^ Department of Materials Science and Engineering^
Massachusetts Institute of Technology^ USA^ Mechanical properties^ Strengthening mechanisms in metals Paolo^ Schwendimann^ GRD Systemanalyse^
Switzerland^ Semiconductors^ Electronic Transitions Frederick^ Seitz^ The Rockefeller University^
History of silicon^ Author Francesco^ Sette^ ESRF^
France^ Scattering^ Inelastic X-ray scattering methods and applications Jan^ Seuntjens^ Medical Physics Unit^
McGill University^ Canada^ Biophysics^ Computer simulation in medical physics
M.^ van Rossum^ IMEC^
Belgium^ Instruments/devices^ Integrated circuits George F.^ Vander Voort^ Buehler Ltd^
USA^ Microscopy^ Optical microscopy Christian^ Vettier^ Institut Laue-Langevin^
6 Rue J. Horowitz^ France^ Scattering^ Resonant scattering Bernard^ Veyret^ Laboratoire PIOM CNRS /EPHE^
Université de Bordeaux 1^ France^ Biophysics^ Electromagnetic biological effects Vaclav^ Vitek^ Laboratory for Research on the Structure of Matter^
University of Pennsylvania^ USA^ Crystal Defects^ Dislocations Davide^ Viterbo^ Dipartimento di Scienze e Tecnologie Avanzate
Università del Piemonte Orientale "A.Avogadro"^ Italy^ History^ History of crystal structure determination Eugenio^ Vogel^ Departamento de Ciencias Fisicas^
Universidad de La Frontera^ Chile^ Electronic Structure^ Jahn-Teller effect Bert^ Voigtländer^ Institut für Oberflächen und Grenzflächen ISG 3^
Forschungszentrum Jülich GmbH^ Germany^ Nanostructured Materials^ Semiconductor nanostructures Anthony^ Volpe^ Symyx Technologies, Inc.^
USA^ Materials^ Catalysts Anthony^ Volpe^ Symyx Technologies, Inc.^
USA^ Combinatorial catalysis Hilbert^ von Löhneisen^ Physikalischen Institut^
Universität Karlsruhe^ Germany^ Magnetic properties^ Strongly correlated electron systems Donald A.^ Walko^ MHATT-CAT, Bldg. 432D-^
Argonne National Laboratory^ USA^ Scattering^ Multi-circle diffractometry methods Enge^ Wang^ Institute of Physics^
Chinese Academy of Sciences^ PR China^ Crystal Growth^ Film growth and epitaxy (theory and models) Allen L.^ Wasserman^ Department of Physics^
Oregon State University^ USA^ Electronic Structure^ Effective masses Peter^ Weinberger^ Center for Computational Materials Science (CMS)^
Technische Universität Wien^ Austria^ Mathematics^ Group theory in Materials Science - Foundations Jürgen^ Weis^ Max-Planck-Institut für Festkörperforschung^
Germany^ Transport Properties^ Quantum Hall Effect Claude^ Weisbuch^ Département de Physique^
Ecole Polytechnique^ France^ Semiconductors^ Excitonic applications Manfred S.^ Weiss^ EMBL-Hamburg^
c/o DESY^ Germany^ Crystallography^ Molecular crystallography Edwin M.^ Westbrook^
Molecular Biology Consortium^ USA^ Crystallography^ Radiation damage M.-H.^ Whangbo^ Department of Chemistry^
North Carolina State University^ USA^ Electronic Structure^ Semi-empirical and empirical calculations Tim^ White^ School of Materials Engineering^
Nanyang Technological University^ Singapore^ Structures^ Structure types and classifications Mary Anne^ White^ Department of Chemistry^
Dalhousie University^ Canada^ Thermodynamics^ Phases and phase equilibrium Dave^ Willock^ Department of Chemistry^
Crystal Binding (interatomicCardiff University UKforces)^ Metallic bonding and crystals Matthias^ Wilmanns^ EMBL Hamburg^
c/o DESY^ Germany^ Crystallography^ Molecular crystallography Philip J.^ Withers^ Manchester Materials Science Centre^
University of Manchester and UMIST^ UK^ Materials^ Metal Matrix Composites Stuart^ Wright^ TSL/EDAX^
Suite H^ USA^ Structures^ Orientation texture Jun John^ Xu^ Department of Ceramic and Materials Engineering
Rutgers, The State University of NewJersey^ USA^ Transport Properties^ Fast Ionic Conductors Hideji^ Yamada^ Department of Physics^
Shinshu University^ Japan^ Magnetic properties^ Localised and itinerant magnetism ISIR Sanken, Dept of Condensed Matter PhysicsAkira Yanase(Yoshida Lab)^ Osaka University^ Japan^ Electronic Structure^ Relativistic corrections to the electronic structure Itaru^ Yasui^ Institute of Industrial Science^
University of Tokyo^ Japan^ History^ History of Ceramics Ai-Bing^ Yu^ School of Materials Science and Engineering^
University of New South Wales^ Australia^ Materials Processing^ Powder Processing - Models and Simulations Boris P.^ Zakharchenya^ Division of Solid State Physics^
Ioffe Institute^ Russia^ Optical Properties^ Excitons in crystals Boris P.^ Zakharchenya^ Division of Solid State Physics^
Ioffe Institute^ Russia^ Exciton complexes Igor^ Zaliznyak^ Physics Department, Building 510A^
Brookhaven National Laboratory^ USA^ Magnetic properties^ Spin waves Mike^ Zarowotko^ Department of Chemistry^
Crystal Binding (interatomicUniversity of South Florida USAforces)^ Hydrogen bonding and crystals Zhenyu^ Zhang^ MS 6032^
Oak Ridge National Laboratory^ USA^ Crystal Growth^ Film growth and epitaxy (theory and models) Carl H.^ Zweben^
USA^ Materials^ Composites
