Editors Research Keywords

  • Rajeev Ahuja
    Optical and magneto-optical properties of materials
  • Claude Amsler
    Meson spectroscopy, hadron spectroscopy, particle properties, Higgs boson, LHC, b-physics, dark matter, antimatter, neutrino, particle detectors
  • Sunanda Banerjee
    Experimental high energy physics
  • Nicholas P. Bigelow
    Quantum optics, quantum physics, ultra-cold quantum gasses, manipulation and control of atomic motion using light pressure forces, laser cooling and trapping of atoms and molecules, Bose-Einstein condensation, basic quantum nature of basic atom-photon interaction
  • Dieter Bimberg
    Optoelectronic devices, quantum dot lasers and amplifiers, single photon emitters, ultrahigh speed photonic devices
  • Eric G. Blackman
    Theoretical astrophysics, astrophysical plasmas, magntohydrodynamics
  • Keith J. Blow
    Optical communication systems and networks, optical solitons, all-optical signal processing
  • Doerte Blume
    Ultracold quantum gases, ultracold collisions, Bose and Fermi gases, Van der Waals clusters, quantum Monte Carlo techniques
  • Peter Blunden
    Nuclear structure, weak and electromagnetic interactions in nuclei, radiative corrections, quantum field theory, subatomic physics
  • W. Niel Brandt
    Observational high-energy astrophysics of extragalactic objects, X-ray astronomy, active galaxies, extragalactic X-ray and gamma-ray surveys
  • M. B. H. Breese
    Charged particle optics, photonics, electrochemistry, microscopy
  • Časlav Brukner
    Foundations of quantum physics, Quantum information, Quantum communicaton, Quantum computation, Quantum non-locality, Quantum entanglement
  • Kieron Burke
    Density functional theory, electronic structure, nanoscience, quantum chemistry, surfaces, strong field physics, attoascience
  • Sean M. Cadogan
    Mossbauer spectroscopy, rare-earth intermetallics, hyperfine interactions, magnetic materials
  • Maria G. Castellano
    Superconductivity, high sensitivity SQUIDs, hot-electron microbolometers, electrometers, quantum computing with superconducting devices
  • Arthur E. Champagne
    Nuclear astrophysics, stellar evolution, stellar explosions
  • Ashok Chatterjee
    Electron-phonon interactions, polarons and bipolarons, low-dimensional systems, high temperature superconductivity, holstein-hubbard model, luttinger liquid, strongly correlated Fermi systems, large-N expansions, thermal expansions, quantum diffusion, dissipation and localization, spintronics
  • Wai-Yim Ching
    Density function theory based electronic structure methods, Spectroscopic, mechanical, elastic, magnetic and transport properties of ceramics and other material, Ab initio calculation on complex biomolecules and biomaterials
  • Cesare Chiosi
    Astrophysics, stellar evolution
  • Anil R. Chourasia
    Electron spectroscopy, X-ray spectroscopy, surfaces, interfaces
  • B. V. R. Chowdari
    Electrode and electrolyte materials, lithium ion and lithium polymer batteries (micro-power sources)
  • Debashish Chowdhury
    Molecular machines, intracellular molecular motor traffic
  • Thomas D. Cohen
    QCD, lattice QCD, hadron physics, nuclear physics
  • Bruno Coppi
    Plasma physics, nuclear fusion research, space physics, plasma astrophysics
  • Michael Cottam
    quantum theory of condensed-matter systems, properties of nanostructures, low-dimensional structures, nonlinear properties
  • G. Das
    Theoretical plasma physics
  • Avishai Dekel
    Galaxy formation, galaxy evolution, galaxy dynamics, large scale structure
  • William Dorland
    Turbulence in magnetized plasma, astrophysical gyrokinetics, computational physics
  • Jerry P. Draayer
    Electromagnetic transition rates, superdeformed configurations, consequences of nonlinear couplings in physical systems
  • Ehud Duchovni
    Higgs bosons, physics beyond the Standard Model, supersymmetry an micro black holes
  • Douglas J. Durian
    Granular materials, foams, emulsions, colloids, jamming
  • Dipangkar Dutta
    Properties of nucleons, QCD, pQCD, fundamental symmetries and the Standard Model, neutron electric dipole moment
  • Simon I. Eidelman
    Flavor physics, hadron spectroscopy, particle properties, experimental high energy physics
  • Faramarz Farahi
    Photonic waveguides, fiber optics, optical sensors, optoelectronic devices
  • Israel Felner
    Magneto-superconducting materials, rare-earth based intermetallics, antiferromagnetism, ferromaganetism, Mößbauer spectroscopy
  • Yuan Ping Feng
    Ab initio electronic structure calculation of fundamental properties of materials, prediction of new materials based on ab initio calculations
  • Lee Samuel Finn
    Gravitational waves, gravitational wave sources, gravitational wave detectors, gravitational wave data analysis, relativistic astrophysics
  • Moshe Gai
    Nuclear astrophysics, stellar Evolution, standard Model of the Sun, detector Technology, electro-weak phenomena
  • Lian Gao
    Nanomaterials, nanocomposites, structural ceramics, functional ceramics
  • Juan P. Garrahan
    Glass transition, supercooled liquids, aging and non-equilibrium, jamming
  • Luis Gimeno
    Climate diagnosis, climatic change, troposphere-stratosphere coupling, atmospheric composition, synoptic meteorology
  • Nikos D. Giokaris
    Experimental particle physics, elastic cross section, diffractive cross section, total cross section, W-boson, Z-boson, top quark, Higgs boson, chromodynamics, inclusive jet cross section
  • Leonardo Golubovic
    Structure of liquid crystals, superconductors, bio-membranes, complex fluids, amorphous solids, fracture nucleation, growing interfaces, epitaxial growth, semiflexible polymers
  • David Goodstein
    Phase transitions in two and three dimensional matter, superfluidity
  • Christoph Grab
    Experimental high energy physics, QCD, heavy flavours
  • Celso Grebogi
    Chaotic dynamical systems, spatio-temporal systems, methods to control chaos
  • Robert D. Guenther
    Ultrafast phenomena, characterization of quantum well devices, development of terahertz electronics, analysis of bunched relativistic electron beams, application of femtosecond technology
  • Atul Gurtu
    Experimental particle physics
  • Robert B. Hallock
    Liquid helium, helium films, superfluid helium, solid helium
  • S. Hands
    Quantum field theory, lattice field theory, QCD
  • Shlomo Havlin
    Statistical mechanics, phase transitions, diffusion in random systems, statistical properties of polymer chains, disordered systems and fractals, statistical physics of biological and medical systems, granular media, traffic flow, econophisics, complex networks
  • Ernest M. Henley
    QCD, nucleons-mesons, quark-gluons
  • Juan Jose Hernandez-Rey
    Experimental physics of elementary particles, astroparticle physics, instrumentation
  • Alfred Huan
    Atomic layer epitaxy, electronic structure by photoemission, electronic materials, nanoparticles, thin films, magnetic semiconductors, ultrafast laser spectroscopy
  • Alfred Hubler
    Nonlinear and complex dynamics, control of chaos, pattern formations, complex systems
  • Nathan Ida
    Computational electromagnetics, electromagnetic compatibility, wave propagation in materials, nondestructive testing, sensors and sensing, wireless remote control
  • K. N. Joshipura
    Ionization, electron scattering, electron energy levels, molecules
  • Robert J. Joynt
    Nanostructured materials, thin-film magnetic nanostructures, quantum computing, superconductivity, surface physics, polymer structure, photophysics, biomaterials, femtosecond dynamics, strongly-correlated systems
  • Myung K. Kim
    Holography, microscopy, optics, biomedical imaging
  • Martin Kröger
    Liquid crystals, polymer melts, polymeric networks, hybrid simulation methods, multicale modelling of complex fluids, ferrofluids, magnetorheological fluids
  • Pablo Laguna
    Gravitational physics, numerical relativity, computational astrophysics
  • Ron Lifshitz
    Nano-electromechanical systems, quasicrystals
  • Alois Loidl
    Magnetism, multiferroicity, dielectric properties, transition metal oxides, glasses and amorphous systems, magnetic resonance, optical and dielectric spectroscopy
  • Shaun Lovejoy
    Chaos, scaling, fractals, geophysical and atmospheric systems
  • David Lowe
    Theoretical high energy physics, string theory, quantum gravity, quantum field theory, black hole physics
  • Yuli Lyanda-Geller
    Mesoscopic physics, interference phenomena, transport and optical phenomena in nanostructures, quantum information
  • Z. Mao
    Low temperature condensed matter physics, unconventional superconductivity, quantum critical phenomena, magnetic phase transition, ruthenates
  • Thomas G. Mason
    Microrheology, neutron and light scattering from nanomaterials, Shear-induced structures in complex fluid, directed assembly of nanoparticles, microfluidic devices, soft colloidal glasses
  • Grant J. Mathews
    Nature and origin of dark energy and dark matter, brave-world cosmology, white dwarfs, neutron stars, black holes, the origin of elements in stars and supernovae, formation and evolution of galaxies and globular clusters
  • Peter V. E. McClintock
    Magnetism, quantum fluids, nonlinear dynamics, superfluid helium-4, medical physics
  • Paul Meakin
    Computer modeling, statistical physics, fractal structures
  • Baruch Meerson
    Granular hydrodynamics, Ostwald ripening, stochastic processes of birth-death type
  • E. Meyer
    Atomic friction, nanotribology, non-contact force microscopy
  • Sergey B Mirov
    Tunable lasers, passive Q-switches, mode lockers, multiline lasers for DWDM applications
  • Warren B. Mori
    Laser plasma interactions, advanced accelerator concepts, advanced light sources
  • Franco Nori
    Quantum circuits with superconducting qubits, Superconducting vortex dynamics
  • K. Alexander Nugent
    Visible and x-ray optics, near-field microscopy, biophysical imaging, quantitative phase imaging
  • Jeremy O'Brien
    Quantum photonics, quantum information processing, microstructured fibre, quantum information technology, optical circuits, optical quantum computing
  • Roberto Onofrio
    Macroscopic quantum physics, superfluidity in dilute atomic gases, casimir effects and forces in the micrometer range, quantum mechanics of macroscopic and mesoscopic resonators, phenomenology of open quantum systems
  • Hans Rudolf Ott
    Properties of condensed matter at low temperatures, exotic metals, superconductivity, magnetic phenomena, phase transitions, disordered materials, quasiperiodic solids
  • Ravindra Pandey
    Computational materials physics, surfaces and interfaces, perfect and defective crystals, nanoclusters
  • Byungwoo Park
    Semiconductor, photoluminescence, nanomaterials, electrochemistry
  • Jeevak M. Parpia
    Hydrodynamics of 3He in confined geometries, quantum size effects, NMR at low temperatures, precision thermometry, high Q torsion oscillators
  • A. P. Pathak
    Atomic collisions in solids, solid state theory
  • Lorenzo Pavesi
    Silicon photonics, integrated optics, photonics, nanocrystalline semiconductor materials, complex dielectric systems
  • John Perdew
    Solid state theory, density functional theory
  • Jean-François Pinton
    Hydrodynamics, magnetohydrodynamics, turbulence, acoustics, non linear dynamics, measurement methods in hydrodynamics
  • Viktor A. Podolskiy
    Plasmonic nanomaterials, electromagnetic crystals, photonics, optical communication, quantum electronics
  • Han Pu
    Ultra-cold atomic physics, Bose-Einstein condensation, quantum optics
  • Bernard Raveau
    Superconductors, functional materials, giga magneto-resistance
  • Ali Hussain Reshak
    Condensed matter physics, electronic structural, linear, and nonlinear optical properties, laser design, laser applications, laser scanning microscopes, econd harmonic generation
  • Slava V. Rotkin
    theory, modeling, nanotubes/graphenes, NEMS/MEMS, van der Waals/Casimir interactions, nano-electronics, nano-optoelectronics, plasmonics
  • James A. Sauls
    Quantum fluids, superconductivity, strongly correlated fermions, transport theory and nonequilibrium phenomena, theory of dense matter and degenerate stars
  • Angel Rubio Secades
    Density functional theory, nanotubes, clusters, biological molecules (photoreceptors), electronic structure calculation, molecular dynamics, phonons and Raman spectra, transport in molecular devices
  • Nir J. Shaviv
    Super Eddington atmospheres, nonlinear structure formation at the time of recombination, physics of light propagation through pulsar magnetospheres, screening of nuclear reactions in the sun
  • Steven Sherwood
    Atmospheric physics, clouds, climate, atmospheric convection
  • Bellave Shivaram
    Acoustics, hydrogen in materials, high magnetic field physics, high pressure physics, layered materials, microelectromechanical systems, nanophysics, terahertz physics, quantum fluids and solids, superconductivity and magnetism
  • Theo Siegrist
    Organic crystals, semiconductors
  • Roman Sobolewski
    Ultrafast phenomena in condensed matter, noneqilibrium superconductivity and supeconductor devices, optical photodetectors, electro- and magneto-optic effects
  • H. Eugene Stanley
    Polymers, protein folding, physical mechanisms in liquid water, statistical physics
  • Neil S. Sullivan
    Quantum solids and fluids, low temperature physics, magnetic resonance studies of solids
  • Uwe Claus Tauber
    Condensed matter theory, magnetism, superconductivity, statistical mechanics, critical phenomena, dynamics of nonequilibrium systems, biochemical reaction kinetics, population dynamics
  • Ichiro Terasaki
    Transition-metal oxides, high-temperature superconductivity in copper oxides, colossal magnetoresistancein manganese oxides, large thermopower in Co oxides, nonlinear conduction in organic conductors
  • Frank Tsui
    MBE techniques, structural, magnetic, and transport effects in epitaxial metallic thin films, superlattices, metal-semiconductor heterostructures, alloys, nanocrystals
  • Jack Adam Tuszynski
    Models of motor protein function, microtubule assembly and function, mathematical modelling in the pharmaceutical development process, rational drug design
  • Gautam Vemuri
    Laser physics, nonlinear optics, dynamical properties of lasers, biodemical optics, semiconductor lasers, microscopy and biological imaging
  • Jacobus Verbaarschot
    Random matrix theory, QCD, chiral symmetry, QCD at nonzero chemical density, phase diagram of QCD, topology
  • Valerii Vinokur
    Dynamics of disordered media, nonequilibrium stochastic dynamics, disordered superconductors, mesoscopic superconductivity and magnetism, spintronics, coupled magneto-superconducting nanostructures, electronic transport, soft condensed matter
  • Bennie F. L. Ward
    Monte Carlo methods, hadron collider physics, CP violation, precision electroweak theory, quantum general relativity, quantum field theory
  • A. T. S. Wee
    Surface science, Surface nanostructure formation, Molecule-substrate interface, Ion beam patterning of surfaces, Carbon nanotubes, Graphene, STM, SIMS
  • Yue Wu
    Nuclear magnetic resonance techniques, semiconductor nanocrystals and nanowires, carbon nanotubes, amorphous silicon, quasicrystals, bulk metallic glasses
  • Fahrettin Yakuphanoglu
    Liquid crystals, nano-sized semiconductor materials, semiconductor electronic devices, dielectrical materials, photovoltaic devices, organic semiconductor, solar cells, metal-semiconductor devices, electrical conductivity, conducting-semiconducting polymers
  • Weitao Yang
    Electronic structure theory, density functional theory, theoretical biophysics, nanoscience, multiscale method
  • Harold J. W. Zandvliet
    Surface science, nanophysics, scanning probe microscopy
  • Jianhui Zhong
    MRI biophysics, functional MRI (fMRI) , diffusion MRI, quantitative measurements , multiple quantum coherences