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(Click for frequent words.) 75 superconductor 73 superconductors 73 superconductivity 69 superconducting materials 69 ferromagnetic 68 high temperature superconductors 66 graphene 66 superconductive 66 ferroelectric 65 quantum dot 65 high temperature superconductor 64 cuprates 64 nanotube 64 superfluid 64 dielectric 64 semiconducting 63 electron 63 exciton 63 temperature superconducting 62 bandgap 62 ferromagnetism 62 YBCO 62 high temperature superconductivity 62 electrons 61 nanoscale 61 terahertz 61 electron pairing 61 cuprate 61 magnetic flux 61 carbon nanotube 60 ferroelectrics 60 carbon nanotubes 60 conventional superconductors 60 graphene transistors 60 superlattice 60 topological insulators 60 superconducting wire 60 photonic devices 60 photonic 60 vanadium dioxide 60 dipole moment 60 bismuth telluride 60 atoms 60 electron mobility 59 strontium titanate 59 Superconductivity 59 thermal conductivity 59 topological insulator 59 dielectric constant 59 phonons 59 plasmons 59 multiferroic 59 nanocrystal 59 transistor 59 semiconducting material 59 SiC 59 phonon 59 Josephson junctions 59 quantum mechanical 59 dielectrics 58 spin excitations 58 polaritons 58 Mott insulator 58 photonic crystal 58 terahertz radiation 58 graphene layers 58 superconducting cables 58 nitride 58 nanocrystals 58 nanowire 58 ZnO 58 conductivity 58 electron pairs 58 semiconducting properties 58 Bose Einstein condensates 58 bilayer graphene 58 quantum dots 58 nanotubes 58 nanometer scale 58 gate dielectric 58 conductance 58 manganite 57 antiferromagnetic 57 undoped 57 dielectric materials 57 resonant tunneling 57 ultracold 57 PZT 57 AlGaN GaN 57 pseudogap 57 nanostructure 57 supercurrent 57 plasmonic 57 excitonic 57 heavy fermion 57 InSb 57 ferromagnet 57 graphene nanoribbons 57 dopants 57 dielectric breakdown 57 polycrystalline 57 nitride semiconductor 57 electrically conductive 57 germanium 57 epitaxial 57 InGaAs 57 silicon nanowire 57 fermionic 57 dimensional electron 57 GaN 57 nonlinear optical 57 photons 57 nanodevice 57 nanocrystalline 57 electrically conducting 57 quantum oscillations 57 magnetization reversal 57 metallic nanostructures 56 excitons 56 qubit 56 temperature superconductors 56 gate electrode 56 photonic bandgap 56 quantum dot lasers 56 tokamak 56 THz radiation 56 photoemission 56 nanomagnets 56 Superconducting 56 polariton 56 ferroelectric materials 56 superconducting wires 56 photoluminescence 56 silicon carbide 56 electrochemical 56 supersolid 56 electron spin 56 semiconductor nanowires 56 photon energies 56 hafnium 56 surface plasmons 56 gallium arsenide 56 Bose Einstein condensation 56 permittivity 56 solitons 56 hafnium oxide 56 Graphene 56 perovskite 56 thermoelectric materials 56 electron spins 55 superconduct 55 magnetic excitations 55 aluminum nitride 55 CNTs 55 muon 55 dispersive 55 electrically insulating 55 superlattices 55 magnetization 55 silicon germanium 55 superconductor wire 55 SWCNT 55 Rydberg atom 55 silicon transistors 55 waveguide 55 dopant 55 quantum coherence 55 SWNTs 55 semiconductor nanocrystals 55 electrical conductivity 55 indium phosphide 55 isotropic 55 THz 55 bilayer 55 metamaterials 55 excitation 55 photon 55 Terahertz 55 Superconductors 55 toroid 55 copper oxide superconductors 55 fullerene 55 k dielectric 55 ultracold atoms 55 indium gallium arsenide InGaAs 55 anisotropy 55 gate dielectrics 55 iron pnictides 55 plasmon 55 diamagnetic 55 SWNT 55 electron doped 55 InAs 55 ultrafast laser 55 antiprotons 55 chalcogenide 55 indium tin oxide 55 magnetron 55 MOS transistors 55 QDs 55 nanowires 54 soliton 54 electrons behave 54 magnetisation 54 refractive index 54 AlGaN 54 nanobelts 54 superfluidity 54 silicon oxide 54 vapor deposition 54 fermions 54 yttrium barium copper 54 hyperfine 54 gallium nitride 54 spintronic devices 54 Mott insulators 54 rubidium atoms 54 antiferromagnets 54 indium antimonide 54 liquid helium 54 semiconducting materials 54 nanoribbons 54 superconducting qubits 54 piezoelectric 54 piezoelectric materials 54 ARPES 54 electron scattering 54 SQUIDs 54 spectroscopy 54 cadmium selenide 54 metastable 54 macroscale 54 microcavity 54 InP 54 optical fibers 54 decoherence 54 bosonic 54 electron beams 54 nanodots 54 MgB2 54 plasmonics 54 indium gallium arsenide 54 CMOS transistors 54 lasing 54 photonic crystals 54 optical lattice 54 superfluids 54 HTS wire 54 nanomesh 54 optical lattices 54 optically transparent 54 ferroelectricity 54 antihydrogen 54 magnetic fields 54 intramolecular 54 pnictides 54 intermetallic 54 shorter wavelengths 53 cuprate superconductors 53 planar 53 surface plasmon 53 quantum tunneling 53 correlated electron 53 waveguides 53 Indium Phosphide 53 quantum computers 53 walled carbon nanotube 53 silicon 53 heterostructures 53 spintronics 53 paramagnetic 53 quantum computing 53 rubidium 53 barium titanate 53 quantum metrology 53 cavity QED 53 fermion 53 ultracold gas 53 quasicrystal 53 thermally activated 53 carbon nanotube CNT 53 hydrogen atom 53 thermal conductivities 53 thermally stable 53 GPa 53 optical waveguides 53 nanostructures 53 ferrite 53 magnetic vortices 53 ceramic superconductors 53 nano scale 53 chalcogenide glass 53 electrochemical capacitors 53 delocalized 53 crystallinity 53 tin oxide 53 excitations 53 CMOS silicon 53 HTS wires 53 pentacene 53 electron tunneling 53 electron beam 53 electron transistor 53 metallic nanoparticles 53 anisotropic 53 magnetic 53 semiconductive 53 nanostructured materials 53 optical 53 microcavities 53 k dielectrics 53 nanoporous 53 polymer 53 rubidium vapor 53 epitaxial graphene 53 pseudogap phase 53 QCLs 53 superconducting niobium 53 pMOS 53 superlenses 53 bistable 53 HEMT 53 superconducting magnet 53 bismuth ferrite 53 pyroelectric 53 microscale 53 terahertz THz 53 Josephson junction 53 electroluminescence 53 semiconducting nanowires 53 Metamaterials 53 Nafion 53 microwave photon 53 ferromagnetic materials 53 nanomechanical 53 quantum mechanically 53 entangled quantum 53 ferromagnets 52 nonmagnetic 52 UNCD 52 terahertz frequencies 52 fermionic atoms 52 MOS transistor 52 bosons 52 qubits 52 nanoscopic 52 ultrafast lasers 52 semiconducting nanotubes 52 conductive polymers 52 intermolecular 52 III nitride 52 quasiparticle 52 electron density 52 LiNbO3 52 nanometric 52 Seebeck effect 52 superlens 52 conjugated polymers 52 spintronic 52 scanning tunneling microscopy 52 Bose Einstein condensate 52 mesoscopic 52 crystalline structure 52 particle accelerators 52 PMOS transistors 52 ceria 52 quasicrystals 52 thermal diffusivity 52 silicon waveguide 52 carbon nanotube fibers 52 Coulomb blockade 52 semiconducting carbon nanotubes 52 post perovskite 52 electrospinning 52 Carbon nanotube 52 nMOS 52 picosecond 52 absorption spectroscopy 52 photonic circuits 52 titania 52 Gallium Nitride 52 Hawking radiation 52 interferometry 52 hyperpolarization 52 annealing 52 terahertz waves 52 magnesium diboride 52 gallium nitride GaN 52 lithium niobate 52 photomultiplier tubes 52 controllably 52 stimulated emission 52 nanocluster 52 nanophotonics 52 nanostructured 52 nanometer sized 52 optoelectronic 52 entangled photons 52 Plasmonic 52 attosecond pulses 52 unconventional superconductivity 52 inorganic semiconductors 52 inhomogeneity 52 sodium atoms 52 nanolaser 52 hydrides 52 ion traps 52 nonconducting 52 vanadium oxide 52 metamaterial 52 HfO2 52 ion beams 52 martensite 52 sonoluminescence 52 niobium titanium 52 conductive 52 frequency comb 52 temperature superconductor 52 copper interconnects 52 photocurrent 52 Fabry Perot 52 nanoribbon 51 graphene sheets 51 femtosecond laser pulses 51 emit photon 51 magnetoresistance 51 dipolar 51 macroscopic 51 photodetectors 51 helical structures 51 lanthanum aluminate 51 photonic crystal fiber 51 pn junction 51 CMOS fabrication 51 metallic carbon nanotubes 51 nanopillars 51 cosmic ray particles 51 superconducting qubit 51 Nernst 51 valence band 51 leakage currents 51 silicon photonics 51 indium arsenide 51 transistors 51 neutrino 51 Tc superconductors 51 capacitor 51 tokamaks 51 multipartite entanglement 51 carbon nanotubes CNTs 51 silicon nanocrystals 51 nanostructured silicon 51 silicon nitride 51 inhomogeneous 51 Raman scattering 51 demagnetization 51 graphene sheet 51 fiber lasers 51 electrical resistivity 51 antineutrino 51 photoelectrochemical 51 Raman lasers 51 nanostructuring 51 Selvamanickam 51 μm thick 51 magnetic anisotropy 51 meV 51 nematic 51 radiative recombination 51 ion beam 51 epitaxial layer 51 electronic excitations 51 photodetector 51 ZnS 51 dipoles 51 wide bandgap semiconductor 51 bistability 51 vibrational modes 51 silicon Si 51 crystal lattice 51 graphane 51 lipid membranes 51 k gate dielectric 51 micrometer scale 51 mK 51 neutron 51 erbium doped fiber 51 nanotube arrays 51 semiconductor quantum dots 51 quantum particle 51 polyaniline 51 quantum cascade lasers 51 atomically thin 51 positron 51 GaN HEMTs 51 Carbon nanotubes 51 PbS 51 magnetocaloric effect 51 nucleation 51 K dielectrics 51 PEDOT 51 microbatteries 51 eutectic 51 -# degrees Fahrenheit [002] 51 conductive polymer 51 dielectric layer 51 quantum electrodynamics 51 silicon atoms 51 Grätzel cells 51 resonators 50 Transistors 50 electro optic modulator 50 ionised 50 microwave frequencies 50 microfabricated 50 JILA 50 interparticle 50 Schottky 50 inductive coupling 50 Nitride 50 toroids 50 nanopore 50 heterojunction 50 quantum optics 50 microelectromechanical systems 50 valence electrons 50 adiabatic 50 optical modulator 50 nanoscale dimensions 50 metal oxide 50 photon counting 50 MEMS resonators 50 ZnO nanowires 50 muons 50 transistor amplifier 50 CdTe 50 SWCNTs 50 gold nanoclusters 50 CdSe 50 electrodynamics 50 radiative 50 nanoglue 50 hydride 50 ions 50 microstructured 50 colliding protons 50 Gallium arsenide 50 electric dipole 50 electrical conductance 50 graphene transistor 50 boron carbide 50 conjugated polymer 50 quantum computation 50 birefringence 50 monolayer 50 Cadmium Telluride CdTe 50 magnetic monopole 50 colloidal crystals 50 SiO 2 50 transistor circuits 50 antiparallel 50 electrostatics 50 ultraviolet lasers 50 tensile stress 50 Germanium 50 superposition 50 cryostat 50 microfabrication 50 low k dielectrics 50 optical microscopy 50 lattice vibrations 50 hydrogen atoms 50 compressive strain 50 ZnSe 50 nanoelectronic 50 memristor 50 bipolar transistor 50 Si substrates 50 piezoresistive 50 optical modulators 50 diodes 50 graphene nanoribbon 50 beamline 50 chemical vapor deposition 50 VCSEL 50 chemically reactive 50 focused ion beam 50 wavefunction 50 dye molecules 50 transistors HEMTs 50 VUV 50 superconducting magnetic 50 superconducting electrons 50 liquid crystalline 50 multilayers 50 semiconductor lasers 50 optical resonator 50 silicon nanowires 50 germanium substrates 50 piezoelectric ceramic 50 porphyrin 50 solar cells 50 nanofabricated 50 zinc oxide nanowires 50 quantum capacitance 50 x ray pulses 50 Memristors 50 cryogenic temperatures 50 relativistic particles 50 transistor HEMT 50 supercooled liquid 50 X ray diffraction 50 zinc selenide 50 quasiparticles 50 linearly polarized 50 multijunction solar cells 50 ferrites 50 microstructures 50 interferometers 50 ZnO nanowire 50 transparent conductive coatings 50 temperature superconductivity 50 Silicon Carbide SiC 50 ohmic 50 CdS 50 magnetic permeability 50 neutrons 50 silicon substrates 50 crystal lattices 50 invisibility cloaking 50 polymer electrolyte membrane 50 thermodynamic properties 50 graphene membranes 50 magma ocean 50 X ray pulses 50 atomic nuclei 49 neutron scattering 49 photonic crystal fibers 49 chlorophylls 49 metallic nanotubes 49 quantum cascade laser 49 supercontinuum 49 subatomic particle 49 calcium fluoride 49 InN 49 boson 49 AlN 49 Si substrate 49 GaN wafer 49 polymer membrane 49 titanium oxide 49 AlGaAs 49 toroidal 49 aluminum gallium nitride 49 uniaxial 49 superluminal 49 photon absorption 49 surface plasmon polariton 49 nanofilms 49 self assembled monolayer 49 iron oxide nanoparticles 49 bilayers 49 inhomogeneities 49 indium tin oxide ITO 49 microfluidic devices 49 quantum superposition 49 photonic integrated circuits 49 photosystem 49 rotaxanes 49 capacitive coupling 49 photocatalysis 49 nanocircuits 49 boron nitride 49 exfoliated graphene 49 silicon germanium SiGe 49 tunable 49 electromagnetic 49 polymeric 49 layer graphene 49 GaAs 49 magnetic dipole 49 antiproton 49 FinFET 49 CIGS cells 49 diode 49 lattice mismatch 49 pulsed laser 49 cobalt atom 49 carbene 49 Raman spectroscopy 49 Photolithography 49 coercivity 49 fused silica 49 quantum phenomena 49 biomolecule 49 unpolarized 49 hexamers 49 -# degrees Celsius [001] 49 chondrules 49 chirality 49 ultrasonics 49 neutron beam 49 strange quark 49 nonlinear optics 49 nano structured 49 mismatched alloys 49 boron nitride nanotubes 49 Rydberg atoms 49 cryogenically cooled 49 conduction electrons 49 polymers 49 nanoworld 49 antimonide 49 negative refraction 49 heterostructure 49 lithographic techniques 49 scanning tunneling microscope 49 corona discharge 49 particle acceleration 49 weakly interacting 49 Fraunhofer ISE 49 ellipsometry 49 k gate dielectrics 49 epitaxy 49 silicon CMOS 49 electrode 49 niobium tin 49 supramolecular 49 heterogeneous catalysis 49 capacitance 49 nanomotors 49 Bose Einstein Condensate 49 thermal conductance 49 cobalt atoms 49 VCSELs 49 GaAs AlGaAs 49 cesium atoms 49 pn junctions 49 dynamical 49 antiparticle 49 Dirac fermions 49 CMOS compatible 49 insulator substrate 49 superconducting quantum 49 Photonic crystals 49 martensitic 49 silicon substrate 49 Majorana fermions 49 electron beam lithography 49 bipolar transistors 49 HEMTs 49 carbon nanotubes CNT 49 vibrational spectroscopy 49 helium atoms 49 aluminum nitride AlN 49 rotaxane 49 Casimir cavity 49 doped silicon 49 gravitational lensing 49 wide bandgap 49 eutectic alloy 49 nanodroplets 49 crosslinked 49 helium ions 49 hydrophobic interactions 49 nitrides 49 atomic lattice 49 Awschalom 49 micromachined 49 cadmium sulfide 49 Auger recombination 49 substrate 49 erbium 49 dimers 49 thermodynamically 49 polymer composites 49 piezoelectric crystals 49 absorb neutrons 49 nickel silicide 49 tungsten filament 49 anode cathode 49 proton 49 microreactors 49 γ 49 crosslinking 49 diffraction 49 pulsed laser deposition 49 nanocomposite material 49 trimers 49 ion implantation 49 undulator 49 antiparticles 49 chemical reactivity 49 graphene electrons 49 SOI CMOS 49 photoionization 49 electron microscopy 49 ionized gas 49 LHC accelerator 49 nanoprobe 49 super capacitors 49 elastic moduli 49 microelectronic devices 49 monodisperse 49 optical interconnects 49 block copolymer 49 inelastic scattering 49 Strained silicon 49 ytterbium 49 solvent evaporation 49 orbitals 49 amorphous silicon 49 insulator 49 silicon photonic 49 nanocomposites 49 conformational changes 49 electrodeposition 49 enthalpy 49 magnetron sputtering 48 atom thick 48 magnetic monopoles 48 SiC substrate 48 actinide 48 femtosecond pulses 48 proton accelerator 48 neutron beams 48 carbon nanomaterial 48 nanochannels 48 dimer 48 nitrogen doped 48 absorption spectra 48 #nm silicon 48 silicon carbide SiC 48 ultrahigh vacuum 48 aluminum oxide 48 micromachine 48 nanofluids 48 Budker 48 microfluidic chips 48 organic TFTs 48 GaN substrates 48 Ytterbium 48 GaN transistor 48 frequency multipliers 48 fluorescent molecules 48 annealing temperature 48 Ferroelectric materials 48 2G HTS wire 48 scintillator 48 CMOS 48 synchrotron X ray 48 anneal 48 spectroscopic 48 micrometer sized 48 FETs 48 TiO 2 48 micromechanical 48 photoelectric effect 48 SOFC 48 laser optics 48 nonpolar 48 electro optic polymer 48 piezoelectric crystal 48 nanoelectromechanical systems 48 dye sensitized 48 single walled nanotubes 48 catalytically active 48 antineutrinos 48 thermally conductive 48 scanning tunneling microscopes 48 silicon oxynitride 48 gold nanorods 48 superparamagnetic 48 velocity dispersion 48 proton conductivity 48 single photon detectors 48 oxide thickness 48 microchannel plate 48 Prof Geim 48 laser interferometers 48 quantum criticality 48 nanoelectromechanical 48 interfacial 48 electrophoresis 48 subwavelength 48 nanopillar 48 Holonyak 48 tetragonal 48 quantum entanglement 48 electrophoretic 48 galactic cosmic rays 48 nanowire transistors 48 superpositions 48 nanoantennas 48 HfSiON 48 optical tweezers 48 Tunable 48 crystalline 48 silicon dioxide 48 electromigration 48 metallic alloys 48 orbital angular momentum 48 spacetime 48 optomechanical 48 semiconductor nanostructures 48 XFEL 48 superconductive materials 48 microwave photons 48 NMR spectrometer 48 laser excitation 48 Plasmonics 48 electron emission 48 nanoelectronics 48 underfill 48 nanophotonic 48 photoconductive 48 Entangled photons 48 catalytic reactions 48 InGaN 48 frictional heating 48 zirconium oxide 48 samarium 48 reduced graphene oxide 48 Alfvén waves 48 supercapacitors 48 photomultiplier 48 photocatalysts 48 Photonic 48 spherical nanoparticles 48 resonator 48 HTS Triax 48 linewidth 48 X ray emission 48 piezoelectric transducer 48 quantum cryptography 48 ultrananocrystalline diamond 48 ionic liquid 48 nanograss 48 nitriding 48 nanosized 48 nonequilibrium 48 polymerisation 48 neutrinos 48 nucleons 48 covalent bonds 48 Nanoscale 48 MWCNT 48 carbon nanotube transistors 48 cadmium sulphide 48 crystalline solids 48 Field Effect Transistor 48 polyvinylidene fluoride 48 oxide semiconductor 48 transparent conductive oxides 48 macroscopic quantum 48 AlN layer 48 bandgaps 48 Silicon carbide 48 resonant cavity 48 magnetically coupled 48 atomically precise 48 differential scanning calorimetry 48 electrostatic attraction 48 dielectric constants 48 valence electron 48 threshold voltages 48 germanium silicon 48 transparent electrode 48 SiC Schottky diodes 48 nuclei 48 piezoelectrics 48 cerium 48 gravitational wave 48 planar waveguide 48 perovskites 48 quantum 48 cm -1 48 donor acceptor 48 gravitational radiation 48 interferometric 48 hydrophobicity 48 silicon monoxide 48 Bragg grating 48 photonic components 48 particle physics experiments 48 transmission electron microscope 48 effect transistor FET 48 Spintronic 48 energetic electrons 48 electromagnetically 48 microresonator 48 thermoelectric generators 48 lithium ions 48 semiconductor nanowire 48 epitaxy HVPE 48 indium nitride 48 hydride vapor phase 48 InGaP 48 cesium atom