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(Click for frequent words.) 75 superconducting 73 superconductors 68 superconductivity 68 superconducting materials 67 high temperature superconductors 64 high temperature superconductor 64 superfluid 63 ferromagnetic 62 superconducting wire 62 electron pairing 62 phonons 62 high temperature superconductivity 62 exciton 62 graphene 61 temperature superconducting 61 cuprates 61 cuprate 60 YBCO 60 Mott insulator 60 multiferroic 60 superconducting cables 60 superconductive 60 nanotube 60 magnetic flux 60 topological insulator 60 semiconducting properties 60 superconducting wires 59 Bose Einstein condensates 59 electrons 59 soliton 59 solitons 59 topological insulators 58 nanostructure 58 electron doped 58 copper oxide superconductors 58 electron 58 electron pairs 58 quantum dot 58 quantum dot lasers 58 superfluids 57 Superconductors 57 superlattice 57 quantum oscillations 57 carbon nanotube 57 ferroelectrics 57 nanoscale 57 Superconductivity 57 fermion 57 dipole moment 57 supersolid 57 pseudogap 57 excitons 57 graphene transistors 57 dimensional electron 57 fermionic atoms 57 polaritons 57 iron pnictides 57 bismuth telluride 57 nanowire 57 HTS wires 57 plasmons 57 excitonic 57 unconventional superconductivity 57 Josephson junctions 57 magnetic vortices 57 electrons behave 57 fermionic 56 bilayer graphene 56 bandgap 56 electrochemical 56 supercurrent 56 ferromagnets 56 ferroelectric materials 56 silicon nanowire 56 toroid 56 semiconducting material 56 bosons 56 ferroelectric 56 Mott insulators 56 ferromagnetism 56 quantum tunneling 56 heavy fermion 56 strontium titanate 56 semiconductor nanocrystals 56 conventional superconductors 56 phonon 56 superconducting qubits 56 metallic nanostructures 55 conductive polymers 55 carbon nanotubes 55 yttrium barium copper 55 surface plasmons 55 dopants 55 semiconducting 55 graphene layers 55 pseudogap phase 55 electrically conducting 55 terahertz radiation 55 permittivity 55 diamagnetic 55 fullerene 55 vanadium dioxide 55 ferromagnet 55 superfluidity 55 superconductor wire 55 manganite 55 nanodots 55 antiferromagnets 55 delocalized 55 Bose Einstein condensation 55 cuprate superconductors 55 magnetic excitations 55 fermions 55 quantum metrology 55 nanomagnets 55 dipolar 55 antiferromagnetic 55 plasmon 55 Rydberg atom 55 conductivity 55 dielectric 55 quantum mechanically 54 excitations 54 ferroelectricity 54 ultracold 54 nanotubes 54 piezoelectric materials 54 lattice vibrations 54 dielectric materials 54 gate dielectric 54 Bose Einstein condensate 54 conductance 54 aluminum nitride 54 SWNT 54 semiconducting materials 54 superlattices 54 electronic excitations 54 nanoelectromechanical systems 54 spin excitations 54 terahertz 54 QGP 54 resonant tunneling 54 nanocluster 54 nanocrystals 54 intermolecular 54 thermoelectric materials 54 metallic nanoparticles 54 atoms 54 quasiparticle 54 nanowire transistors 54 nanomesh 54 waveguide 54 electrodynamics 54 ceria 54 InAs 54 surface plasmon 54 bismuth ferrite 54 chalcogenide 54 graphene nanoribbons 54 nanodevice 54 magnetization reversal 54 quantum particle 53 electron spin 53 superconductive materials 53 electrical conductance 53 silicon transistors 53 bistability 53 nanobelts 53 mesoscopic 53 quasiparticles 53 ultracold atoms 53 photons 53 electrically conductive 53 quantum phenomena 53 nanocrystalline 53 tin oxide 53 bilayer 53 photonic 53 hydride 53 photoluminescence 53 waveguides 53 metamaterials 53 magnetron 53 intermetallic 53 ultracold molecules 53 CNTs 53 ZnO nanowires 53 dielectrics 53 ZnO 53 polariton 53 superconducting magnetic 53 catalytic reactions 53 superconducting magnet 53 photon energies 53 metamaterial 53 cadmium selenide 53 piezoelectric 53 magnons 53 photonic devices 53 undoped 53 helical structures 53 nanoporous 53 entangled quantum 53 plasmonic 53 magnetic dipole 53 intramolecular 53 indium antimonide 53 terahertz frequencies 53 magnetization 53 semiconducting nanowires 53 thermally activated 53 tokamak 53 polymer membrane 53 sodium atoms 53 plasmonics 53 InSb 53 cobalt atom 53 pnictides 53 hafnium 53 optical lattices 53 nanowires 53 electron tunneling 53 relativistic particles 53 magnesium diboride 53 MOS transistors 52 photonic crystal 52 conduction electrons 52 gate electrode 52 quantum mechanical 52 silicon oxide 52 cosmic ray particles 52 SWNTs 52 nanometric 52 bosonic 52 antimonide 52 electrochemical capacitors 52 germanium 52 electron spins 52 graphane 52 Seebeck effect 52 spintronic devices 52 photoemission 52 particle acceleration 52 nanoscopic 52 Nernst 52 antiprotons 52 barium titanate 52 quasicrystals 52 semiconductor nanowires 52 dopant 52 quantum capacitance 52 Bose Einstein Condensate 52 transistor 52 quantum computing 52 nanocircuits 52 electrically insulating 52 electron transistor 52 nanostructured 52 nonlinear optical 52 nanostructures 52 catalytically active 52 resonators 52 superconduct 52 gallium arsenide 52 superconducting qubit 52 electron mobility 52 nanopore 52 semiconductor quantum dots 52 macroscale 52 subwavelength 52 invisibility cloaking 52 MgB2 52 Graphene 52 electrode 52 photonic bandgap 52 superlens 52 polycrystalline 52 nanomotors 52 subatomic particle 52 electro optic modulator 52 indium tin oxide ITO 52 spintronic 52 thermal conductivity 52 alkene 52 titania 52 heterostructure 52 hydrides 52 piezoelectric crystals 52 hyperfine 52 nano scale 52 lanthanum aluminate 52 thermal diffusivity 52 dielectric layer 52 photon 52 heterogeneous catalysis 52 muon 52 hafnium oxide 52 crystalline solids 52 electrical resistivity 52 attosecond pulses 52 cesium atom 52 ultracold gas 52 Dirac fermions 52 electroluminescence 51 triangular lattice 51 quantum superposition 51 quasicrystal 51 post perovskite 51 superatoms 51 antiparticle 51 QDs 51 nonmagnetic 51 Superconducting 51 cesium atoms 51 photoelectrochemical 51 electron electron 51 nanometer scale 51 PEDOT 51 carbon nanotube transistor 51 magnetisation 51 quantum electrodynamics 51 nucleons 51 quantum coherence 51 chemically reactive 51 filament 51 AlGaN GaN 51 carbon nanotubes CNTs 51 spintronics 51 nanopillars 51 self assembled monolayer 51 terahertz waves 51 Selvamanickam 51 nanoribbon 51 THz radiation 51 HTS wire 51 QCLs 51 MOS transistor 51 Metamaterials 51 graphene transistor 51 CdSe 51 Carbon nanotube 51 polarized electrons 51 trimers 51 magnetic fields 51 CMOS transistors 51 nitride semiconductor 51 magnetic anisotropy 51 Zenergy Power 51 SQUIDs 51 meridional flow 51 photosystem 51 2G HTS wire 51 magnetoresistance 51 PZT 51 pn junction 51 titania nanotubes 51 superfluid helium 51 carbon nanostructures 51 patterning technique 51 magnetic monopole 51 nanocrystal 51 ion traps 51 nanorings 51 zinc oxide nanowires 51 linearly polarized 51 dispersive 51 perovskite 51 neutrino 51 atomic lattice 51 quantum cascade lasers 51 honeycomb lattice 51 wide bandgap semiconductors 51 optical fibers 51 tokamaks 51 dimers 51 anisotropic 51 macroscopic quantum 51 conformational changes 51 photocatalysts 51 nanorod 51 Raman scattering 51 oppositely charged 51 Josephson junction 51 superconducting electrons 51 THz 51 spacetime 51 silicon Mach Zehnder 51 microwave photon 51 colossal magnetoresistance 51 supercapacitors 51 rotaxane 50 membrane 50 nonconducting 50 colloidal particles 50 AlGaN 50 hydrophobic interactions 50 strontium atoms 50 quantum gravity 50 ferromagnetic materials 50 macroscopic 50 solar cells 50 nanoglue 50 neutron scattering experiments 50 photochemistry 50 graphene sheet 50 superconducting niobium 50 Maxwell equations 50 quantum dots 50 photonic crystal fiber 50 metal hydride 50 polymer 50 microfluidic devices 50 filamentary 50 quantum correlations 50 dye molecules 50 nanometer sized 50 lithium niobate 50 nanolaser 50 multipartite entanglement 50 magnesium ions 50 III nitride 50 conductive 50 nanotube arrays 50 gold nanorods 50 nanocomposite material 50 silicon atoms 50 nanoribbons 50 carbon nanotube fibers 50 cryogenically cooled 50 ZnO nanowire 50 electrochemical reactions 50 capacitor 50 electron density 50 effect transistor FET 50 microcavities 50 supercooled liquid 50 hydrogen atom 50 ions 50 antiparallel 50 electrons tunneling 50 conductive polymer 50 quantized 50 transparent conductive coatings 50 ionize 50 nanostructured materials 50 muons 50 nanoelectromechanical 50 Alfvén waves 50 ankyrin repeats 50 carbene 50 micromachine 50 silicon carbide 50 ionized gas 50 pyroelectric 50 crystal lattice 50 mismatched alloys 50 nanoelectronic devices 50 quantum computation 50 wavefunction 50 surface plasmon polariton 50 thermally stable 50 magnetic monopoles 50 zinc ions 50 x ray pulses 50 SOFC 50 rubidium atoms 50 weakly interacting 50 chemical reactivity 50 helices 50 enthalpy 50 insulators 50 ionic conductivity 50 porous silicon 50 nanofilms 50 magnetically levitated trains 50 niobium titanium 50 alkali metal 50 cavity QED 50 organic TFTs 50 electrospinning 50 nanochannels 50 nanodroplets 50 Amperium wire 50 epitaxial graphene 50 optically transparent 50 interparticle 50 pentacene 50 optical microscopy 50 compressive strain 50 atomic nuclei 50 dye sensitized 50 temperature superconductors 50 crystalline structure 50 magma ocean 50 nanomechanics 50 nitride 50 SWCNT 50 chalcogenide glass 50 electron scattering 50 rubidium 50 nanosprings 50 scanning tunneling microscopy 50 photoelectrochemical cell 50 dielectric breakdown 50 hydrogen ions 50 Superconducting materials 50 atomically thin 50 piezoelectrics 50 ultracold temperatures 49 optical resonator 49 boson 49 SiC 49 thermodynamic properties 49 walled carbon nanotube 49 correlated electron 49 titanium oxide 49 hafnium dioxide 49 nonlinear optics 49 quantum mechanics 49 microcavity 49 quantum chromodynamics 49 porphyrin 49 rectifier diode 49 Holonyak 49 quantum 49 anneal 49 indium gallium arsenide 49 strange quark 49 helium atom 49 GPa 49 nanomechanical 49 actin filament 49 silicon waveguide 49 electron beams 49 Alfven waves 49 Tc superconductors 49 rotaxanes 49 temperature superconductor 49 nanoworld 49 chiral metamaterials 49 heterostructures 49 block copolymer 49 PEDOT PSS 49 Hawking radiation 49 donor acceptor 49 superatom 49 antineutrino 49 zinc oxide ZnO nanowires 49 nanoscientists 49 dielectric constant 49 undulator 49 inhomogeneous 49 JILA 49 Forschungszentrum Dresden Rossendorf FZD 49 qubit 49 heterojunctions 49 microscale 49 tungsten filament 49 ATRP 49 catalysis 49 Rydberg atoms 49 exfoliated graphene 49 magnetic 49 Entangled photons 49 uniaxial 49 inductive coupling 49 indium nitride 49 nanoantennas 49 polyaniline 49 Grätzel cells 49 memristor 49 ZnS 49 nanosheets 49 controllably 49 emit photon 49 InGaAs 49 positron 49 nanoelectronic 49 electromagnetic 49 organometallic 49 monodisperse 49 microbatteries 49 electric dipole 49 hydrogen nuclei 49 wave particle duality 49 graphite whiskers 49 anodic 49 valence band 49 magnetic nanoparticle 49 gallium nitride 49 piezoelectricity 49 nanosystems 49 micrometer sized 49 gravitational radiation 49 graphite oxide 49 nanofabricated 49 electrostatics 49 phosphorus atoms 49 perturbation theory 49 bipolar transistor 49 manganese atoms 49 epitaxial 49 HTS cables 49 nucleation 49 graphene electrons 49 copper interconnects 49 dynamical 49 ZnSe 49 dopant atoms 49 iron arsenide 49 quantum entanglement 49 photonic crystals 49 ferrite 49 antibody antigen 49 graphene sheets 49 optical excitation 49 CMOS fabrication 49 yttria stabilized zirconia 49 indium arsenide 49 electrical conductivity 49 niobium tin 49 scanning tunneling microscope 49 microchannel 49 monocrystalline silicon 49 Ruthenium 49 CFD modeling 49 metastable 49 quantum particles 49 LiNbO3 49 HTS Triax 49 quantum optics 49 hydrogen 49 transmembrane 49 sonoluminescence 49 electron diffraction 49 nonpolar 49 quantum criticality 49 supersymmetric particles 49 optomechanical 49 Saturn magnetosphere 49 nanostructured silicon 49 van der Waals 49 numerical simulations 49 PbS 49 multilayers 49 sulfur atom 49 crystalline lattice 49 dipoles 49 nanoporous materials 49 anode cathode 49 heterojunction 49 gravitational wave 49 macroscopic objects 49 transistor amplifier 49 elastic moduli 49 nanoprobe 49 monolayer 49 periodic oscillations 49 ultrafast lasers 49 silicon monoxide 48 silicon 48 tetragonal 48 photonic crystal fibers 48 Coulomb blockade 48 isotropic 48 frictional heating 48 exothermic 48 ohmic 48 nanofluids 48 graphene nanoribbon 48 vanadium oxide 48 Schottky 48 nanomembrane 48 quantum computers 48 redox reactions 48 toroidal 48 valence electrons 48 polymer electrolyte membrane 48 cadmium sulphide 48 Si substrate 48 braneworld 48 aluminum nitride AlN 48 antiproton 48 inhomogeneity 48 SWCNTs 48 boron nitride 48 optical modulator 48 quantum teleportation 48 scanning tunneling microscopes 48 refractive index 48 meson 48 Fraunhofer ISE 48 indium tin oxide 48 experimentally demonstrated 48 ceramic superconductors 48 spallation 48 nanopores 48 supramolecular 48 magnetic coil 48 solar neutrinos 48 Ketterle 48 superpositions 48 chromophores 48 nanofibers 48 crystal lattices 48 meV 48 nanoscale dimensions 48 nitrides 48 electromagnetic induction 48 fission reactor 48 hydrogenase 48 nanostructuring 48 PEM fuel 48 photocatalysis 48 organic molecules 48 CMOS silicon 48 quantum bits qubits 48 helium atoms 48 γ 48 adiabatic 48 carbon nanomaterial 48 k dielectric 48 nanograss 48 nanophotonics 48 vibrational modes 48 crosslinking 48 transparent electrodes 48 laser optics 48 Einstein equations 48 silicon nanowires 48 orbital angular momentum 48 calcium ions 48 indium gallium arsenide InGaAs 48 semiconductive 48 self assembled monolayers 48 evanescent waves 48 dielectrophoresis 48 nanodevices 48 cadmium sulfide 48 orbitals 48 phosphorus atom 48 NMR spectrometer 48 interferometry 48 gallium nitride GaN 48 nanotube sheets 48 interfacial 48 liquid helium 48 porous membrane 48 nanowire arrays 48 martensite 48 artificial photosynthesis 48 scanning tunneling microscope STM 48 fermion atoms 48 potassium atoms 48 vibrational spectroscopy 48 zinc selenide 48 finFETs 48 crystalline modules 48 boron nitride nanotubes 48 Einstein cosmological constant 48 stilbene 48 ultrafast laser 48 DFT calculations 48 ionised 48 nanostrings 48 radiative 48 microwave photons 48 electrochemistry 48 anode 48 spintronic device 48 X ray pulses 48 synchrotrons 48 single photon detectors 48 ab initio calculations 48 liquid electrolyte 48 colloidal crystals 48 MEMS resonators 48 Aharonov Bohm effect 48 lipid membranes 48 rubidium vapor 48 ruthenium oxide 48 photodetectors 48 membrane fusion 48 cryostat 48 picosecond laser 48 millivolts 48 Shor algorithm 48 insulator 48 SAXS 48 AMSC HTS wire 48 nanobubbles 48 membrane electrode assembly 48 pn junctions 48 silicon photonic 48 nucleon 48 ARPES 48 poly silicon 48 nanometers billionths 48 optical lattice 48 formamide 48 Coulomb 48 electron volt 48 subatomic particles 48 block copolymers 48 anisotropy 48 superconductor cable 48 crystallinity 48 photonic integrated circuits 48 fermionic condensate 48 mesoporous 48 optical waveguides 48 solvation 48 conductive inks 48 decoherence 48 entangled photons 48 cementite 48 superluminal 48 GaAs AlGaAs 48 nanomotor 48 alkali metals 48 MWNTs 48 semiconducting nanotubes 48 spin precession 48 photomultiplier tubes 48 magnetic reconnection 48 carbon nanotube CNT 48 nanofiber 48 electrochemically 48 neutron beams 48 mK 48 photonic circuits 48 GaN 48 Schottky barrier 48 Nafion 48 photoionization 48 membrane protein 48 silicon nanocrystals 48 superlenses 48 piezoelectric properties 48 ultracapacitor 48 Kanatzidis 48 electron accelerator 48 semiconducting carbon nanotubes 48 potassium niobate 48 transistor HEMT 48 Silicon Carbide SiC 48 ultracapacitors 48 protein filaments 48 liquid crystalline 48 velocity dispersion 48 pulsed laser 47 nano structured 47 piezoelectric ceramic 47 dimensional nanostructures 47 excitation 47 electron neutrinos 47 erbium doped fiber 47 macrocycle 47 magneto resistance 47 Superlattice 47 coronal heating 47 titanate 47 zinc oxide ZnO 47 Ferroelectric materials 47 biophysicists 47 hydrogens 47 electron positron 47 borohydride 47 optical metamaterials 47 micromechanical 47 polymer membranes 47 electromagnetism 47 μm thick 47 bilayers 47 demagnetization 47 crystalline silicon photovoltaic 47 ZPE 47 Shewanella 47 microstructures 47 ionise 47 magnetron sputtering 47 diffusive 47 Germanium 47 epitaxial layer 47 vortices 47 nanochannel 47 Feshbach resonance 47 germanium silicon 47 magnetically coupled 47 qubits 47 conjugated polymers 47 carbenes 47 gravitational lensing 47 terawatt 47 zener diode 47 Bose Einstein condensate BEC 47 neutron diffraction 47 electron beam lithography 47 silicon transistor 47 microwave frequencies 47 Fermilab accelerator 47 micrometre sized 47 transparent electrode 47 nanoelectronics 47 membranes 47 dimer 47 neutrino beam 47 nuclei 47 nematic 47 alkenes 47 ion beams 47 flexible CIGS 47 thermoelectric modules 47 corona discharge 47 Majorana fermions 47 superhydrophobic 47 GaN transistors 47 scintillator 47 photodetector 47 covalent bond 47 nano electromechanical systems 47 inertial confinement fusion 47 multijunction solar cells 47 oscillatory 47 thermal conductivities 47 gold nanoclusters 47 magnetocaloric effect 47 femtosecond pulses 47 electrostatic attraction 47 neutrino experiments 47 macromolecule 47 vanadium redox battery 47 microcrystalline silicon 47 nanofibres 47 nanotubes nanowires 47 Plasmonics 47 Joule heating 47 nanosized 47 nanomembranes 47 supercontinuum generation 47 nano engineered 47 reduced graphene oxide 47 pentacene molecule 47 conductive adhesives 47 sulfur atoms 47 electrospray 47 microlasers 47 absorption spectroscopy 47 antihydrogen 47 atomically precise 47 van der Waals forces 47 microwires 47 CdTe solar 47 electron bunches 47 piezoelectric crystal 47 terahertz THz 47 silicon germanium 47 superconducting quantum interference 47 nanobattery 47 alpha particles 47 bistable 47 inhomogeneities 47 quantum cascade laser 47 hydroxide ions 47 ultrapure 47 birefringence 47 super capacitors 47 fractal resonators 47 proton 47 neutrinos 47 cathode materials 47 shear modulus 47 Dirac equation 47 piezoelectric transducer 47 microchannels 47 SiC wafers 47 IceCube 47 Particle physics 47 magnetostrictive 47 fractal antenna 47 biomolecule 47 blackbody radiation 47 planar waveguide 47 photovoltaics 47 zinc sulfide 47 lightwaves 47 magnetic dipoles 47 magnesium ion 47 scale invariance 47 neutralinos 47 silicon nitride 47 plasmonic devices 47 Spintronics 47 silicon Si 47 optical tweezers 47 protons 47 epitaxial silicon 47 magnetic particles 47 temperature superconductivity