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(Click for frequent words.) 68 colloidal crystals 67 subwavelength 66 semiconducting 66 optically transparent 65 electrically insulating 65 strontium titanate 65 Mott insulator 65 bismuth ferrite 65 magnesium fluoride 65 manganite 65 gate electrode 64 photonic bandgap 64 nanomesh 64 microcavity 64 semiconducting properties 63 yttrium barium copper 63 dipole moment 63 MWNTs 63 stripline 63 indium arsenide 63 uniaxial 62 antiferromagnets 62 optical waveguides 62 dopants 62 dielectric layer 62 ferromagnetism 62 antiferromagnetic 62 lanthanum aluminate 62 dielectric layers 62 magnetic anisotropy 62 microcavities 62 nitride layer 62 YBCO 62 AlGaAs 62 icosahedral 62 HTS wires 61 crystal lattices 61 SWCNT 61 dielectric 61 toroid 61 Josephson junctions 61 nanobelts 61 barium titanate 61 dopant 61 ferromagnetic 61 GaN layer 61 nanoscopic 61 electronic excitations 61 atomic lattice 61 graphene layers 61 boron atoms 61 pentacene molecule 61 quantum mechanically 61 Josephson junction 61 silica spheres 61 cadmium sulfide 61 PEDOT 61 mesoporous 61 photonic crystal 61 cobalt atoms 61 inhomogeneities 61 ferroelectric materials 60 Si substrate 60 crystalline lattice 60 exfoliated graphene 60 quantum capacitance 60 scanning tunneling microscopy 60 quantum oscillations 60 quasiparticles 60 superconducting qubit 60 dielectric materials 60 magnetic excitations 60 triangular lattice 60 QDs 60 paramagnetic 60 mesoscopic 60 heavy fermion 60 SWNT 60 cementite 60 spheroidal 60 zinc selenide 60 gallium indium 60 electron pairs 60 InAs 60 rotaxanes 60 tensile stress 60 tin oxide 60 pentacene 60 microstrip 60 thermal diffusivity 60 ultrahigh vacuum 60 nanometric 60 linearly polarized 60 ARPES 60 crystal lattice 59 silicide 59 elastic deformation 59 micrometer scale 59 crystallinity 59 aluminum nitride 59 undoped 59 donor acceptor 59 quasiparticle 59 graphene sheets 59 ZnO nanowires 59 optically pumped 59 superconducting niobium 59 nanopillars 59 bandgaps 59 diffraction grating 59 fluorescence quenching 59 magnetic permeability 59 atomically smooth 59 cadmium selenium 59 hollow cylinders 59 intermetallic 59 dielectrics 59 multiferroic 59 antiparallel 59 cuprate 59 ferromagnetic materials 59 cadmium selenide 59 micrometer sized 59 electrical conductance 59 aperiodic 59 electrically conducting 59 ferromagnets 59 interparticle 59 self assembled monolayer 59 nanoholes 59 polymer membranes 59 bismuth telluride 59 polariton 59 molecules adsorbed 59 interphase 59 semiconducting surfaces 59 resonant cavity 59 CMOS transistors 59 crystallites 59 block copolymer 59 intramolecular 59 SiO 2 59 MWCNT 59 photoconductive 58 nonlinear optical 58 GaP 58 nanotubes nanowires 58 NWs 58 heterostructure 58 chemically bonded 58 sulfur atoms 58 agarose 58 SWNTs 58 antibody antigen 58 quasicrystals 58 topological insulators 58 submicrometer 58 photocurrent 58 electrochemical reactions 58 LiNbO3 58 zinc ions 58 intergranular 58 supercurrent 58 ZnS 58 silicon oxide 58 electron transistor 58 vesicle fusion 58 macroscale 58 electron spins 58 semiconductor nanocrystals 58 superlattice 58 gallium indium arsenide 58 nonmagnetic 58 dihydrogen 58 membrane pores 58 electron density 58 transparent conductive oxides 58 nanodots 58 boron nitride 58 microfabricated 58 micromachined 58 graphene nanoribbons 58 absorption spectra 58 crystalline structure 58 bistability 58 topological insulator 58 pMOS 58 nanoscale transistors 58 azobenzene 58 crystalline solids 58 Photonic crystals 58 tetrahedral 58 thermal conductivities 58 SQUIDs 58 fused silica 58 polyaniline 58 ferrite 58 waveguides 58 nanocrystalline 58 post perovskite 58 absorber layers 58 zinc oxide ZnO 58 gate dielectrics 58 electron doped 58 self assembled monolayers 58 superatoms 58 magnetisation 58 cesium ions 58 nanowire transistors 58 quasicrystal 58 hexagonal pattern 58 lattice spacing 58 microstructures 58 Raman spectra 58 vibrational modes 58 GaAs AlGaAs 58 metallic nanostructures 58 superposed 58 ferroelectricity 58 nanorod 58 nonconductive 58 epitaxially 58 CdSe 58 silicon dioxide SiO2 58 hafnium oxide 58 Bragg grating 58 lipid bilayer 57 nucleation layer 57 backscattered 57 valence band 57 Schottky barrier 57 compressive stresses 57 polymer substrate 57 electrons tunneling 57 iron pnictides 57 silicon atoms 57 ZnSe 57 bandgap 57 hexagonal lattice 57 ohmic contacts 57 semiconductive 57 ion traps 57 PEDOT PSS 57 manganese oxide 57 dipolar 57 bilayer 57 thermally activated 57 ferroelectrics 57 alternating layers 57 amorphous silica 57 conjugated polymers 57 trimers 57 MWNT 57 micelle 57 TFT substrate 57 electron proton 57 carbon nanotube arrays 57 microstructured 57 optical lattice 57 photoluminescence 57 photoelectron spectroscopy 57 nanostructuring 57 filamentary 57 conductance 57 transparent conductive coatings 57 inhomogeneity 57 fluorescent dye molecules 57 helical structures 57 AlN layer 57 microscopic crystals 57 AlGaN GaN 57 chalcogenide 57 graphane 57 indium phosphide 57 catalytic reactions 57 electrical resistivity 57 alkali metal 57 ultracold temperatures 57 spectroscopic analysis 57 dispersive 57 parasitic capacitance 57 catalytically active 57 pore sizes 57 multi walled nanotubes 57 lenses prisms 57 indium tin oxide ITO 57 boron nitride nanotubes 57 fluorescence emission 57 inhomogeneous 57 bucky balls 57 refractive indices 57 electron tunneling 57 correlated electron 57 MOS transistors 57 Arsenide 57 nanofilms 57 CCD detector 57 dielectric permittivity 57 ferro electric 57 diffraction gratings 57 PbS 57 conductive coating 57 μm diameter 57 germanium silicon 57 nanomembranes 57 tetragonal 57 k dielectric 57 compressive strain 57 nanofilm 57 nanoribbon 57 conventional superconductors 57 superconducting qubits 57 graphene circuitry 57 hyperfine 57 cesium vapor 57 bilayers 57 Entangled photons 57 chemically reactive 57 isotropic 57 biomolecule 57 toroidal 57 spectroscopic techniques 57 insulating layers 57 μm thick 57 monolayers 57 photochemical reactions 57 graphene sheet 57 electrostatic attraction 57 semiconducting nanotubes 57 vanadium oxide 57 nanochannels 57 weakly interacting 57 indium tin oxide 57 ZnO 56 ruthenium oxide 56 birefringence 56 graphite oxide 56 hexamers 56 electrically conductive 56 quantum phenomena 56 carbides 56 chalcogenide glass 56 toroids 56 emission spectra 56 semiconductor nanowires 56 nanoporous 56 photomultiplier 56 hydrophobicity 56 circular dichroism 56 TEGA ovens 56 collinear 56 resistive element 56 microfluidic chips 56 helium ions 56 AlGaN 56 redox reactions 56 permittivity 56 niobium titanium 56 x ray absorption spectroscopy 56 silicon waveguide 56 multipartite entanglement 56 lattice mismatch 56 polydimethylsiloxane 56 piezoelectric crystals 56 dielectric constants 56 photon beams 56 recrystallization 56 laser spectroscopy 56 unconventional superconductivity 56 anodic 56 bimetal 56 silicon nitride 56 ultrasonic vibration 56 photomultipliers 56 electrochemically 56 antineutrino 56 interfacial 56 layer graphene 56 capillary tubes 56 compressive stress 56 nanosecond pulse 56 electrospray 56 exciton 56 heterostructures 56 scanning electron microscopes 56 x ray diffraction 56 gold nanoclusters 56 rubidium vapor 56 hollow spheres 56 zinc sulfide 56 delaminations 56 antimonide 56 ytterbium 56 spherical particles 56 pearlite 56 resonant tunneling 56 Ytterbium 56 Metamaterials 56 ferroelectric 56 lattice 56 oscillatory 56 polaritons 56 dimensional nanostructures 56 5μm 56 photonic crystal fiber 56 threshold voltages 56 honeycomb lattice 56 quantum metrology 56 ferromagnet 56 superlattices 56 electrodynamics 56 electron diffraction 56 hydrophobic interactions 56 intermolecular interactions 56 Formic acid 56 passivating 56 diffraction pattern 56 emission wavelength 56 colloidal particles 56 titanium carbide 56 dewetting 56 MQW 56 polymer matrix 56 magnesium ions 56 carbon nanostructures 56 ultrasonic transducers 56 lipid membranes 56 meta atoms 56 perovskite 56 THz radiation 56 inorganic nanostructures 56 microwave photon 56 dielectric constant 56 chiral compounds 56 dissipative 56 Bose Einstein Condensate 56 streptavidin 56 bilayer graphene 56 evanescent waves 56 gate dielectric 56 optomechanical 56 conduction electrons 56 optical lattices 56 THz frequencies 56 nanocages 56 silicon nanowire 56 magnetization reversal 56 silicate mineral 56 FinFET 56 parylene 56 Bosons 56 colloidal crystal 56 soliton 56 reflowed 56 biologically inert 56 X ray scattering 56 orbitals 56 anisotropic 56 lamellae 56 macroscopic objects 55 synchrotron x ray 55 sulfur atom 55 nanoribbons 55 unpolarized 55 insulating substrate 55 nanobubbles 55 superlenses 55 calorimetric 55 nanocrystal 55 resonators 55 surface plasmon 55 capacitive coupling 55 semiconducting material 55 nanometers billionths 55 perovskites 55 recrystallized 55 intermetallic compounds 55 quasicrystalline 55 nanosized 55 nanogels 55 adatoms 55 Fabry Perot 55 calcium fluoride 55 Dirac fermions 55 oxide layer 55 quantum bits qubits 55 piezoelectric ceramic 55 doped silicon 55 anomalous dispersion 55 aluminum nitride AlN 55 graphitic carbon 55 colloidal quantum dots 55 polystyrene beads 55 porphyrin 55 passivation layer 55 nano crystals 55 rotationally symmetric 55 microporous 55 interpenetrating 55 semiconducting materials 55 palladium Pd 55 formamide 55 manganese atoms 55 photoelectrochemical 55 ε 55 thermally stable 55 coercivity 55 biaxial 55 naturally occurring nanotubes 55 silicon substrate 55 chlorosome 55 chalcopyrite chalcocite 55 coherent superposition 55 thermoplastic polyester 55 diffracted 55 Brownian particles 55 dipoles 55 nanometer sized 55 cuprates 55 Coulomb blockade 55 photon absorption 55 nanoclusters 55 Young modulus 55 fluorapatite 55 isotope fractionation 55 protein adsorption 55 HRTEM 55 Raman scattering 55 vanadium dioxide 55 silicon substrates 55 halide 55 honeycomb pattern 55 lamellar 55 photomultiplier tubes 55 MOS transistor 55 nucleons 55 nanometer spatial 55 absorption spectroscopy 55 heterojunction 55 SAXS 55 InSb 55 graphene nanoribbon 55 capacitances 55 crystallite 55 organometallic 55 superlens 55 magnetostrictive 55 lithographically 55 cavity QED 55 indium gallium arsenide InGaAs 55 x ray scattering 55 elemental composition 55 semiconducting tubes 55 thermal conduction 55 superconducting coils 55 indium oxide 55 NiSi 55 insulating layer 55 microscopy techniques 55 silicon crystals 55 photoemission 55 alkynes 55 chlorophyll molecules 55 electrophoretic 55 micrometre 55 chiral molecules 55 block copolymers 55 heterogeneous catalysts 55 nanorings 55 controllably 55 pn junction 55 1μm 55 membrane lipids 55 lead zirconate titanate 55 variable resistor 55 Joule heating 55 X ray diffraction 55 ions electrically charged 55 tokamaks 55 nanoparticle arrays 55 photochemical processes 55 lipid membrane 55 electromagnetic flux 55 linewidth 55 electroactive 55 eutectic 55 Bose Einstein condensate BEC 55 yttria stabilized zirconia 55 enzyme kinetics 55 X ray absorption spectroscopy 55 magnetization 55 surface plasmons 55 nonequilibrium 55 silicate dust 55 fermionic 55 corona discharge 55 hysteresis loop 55 scanning tunneling microscopes 55 magnetite crystals 55 nickel silicide 55 fibrillar 55 nanomechanical 55 diffusion coefficients 55 dopant atoms 55 nanopillar 55 airgap 55 microlenses 55 chalcogenides 55 nMOS 55 magnetically coupled 54 titanium aluminide 54 nanoshell 54 thermal gradients 54 cuvettes 54 photonic crystals 54 multilayers 54 liquid electrolyte 54 dichromate 54 silica nanoparticles 54 concentric layers 54 intermolecular 54 diamond anvil 54 felsic tuff 54 piezoelectric transducer 54 atomically thin 54 disulfide 54 nanostructured silicon 54 polyhedral 54 silicon monoxide 54 protein filaments 54 zinc oxide nanowires 54 stator windings 54 heterojunctions 54 silicon Si 54 cantilever deflection 54 C# fullerenes 54 basaltic rocks 54 liquid crystalline 54 aligned carbon nanotubes 54 microcapsules containing 54 magnesium ion 54 electron affinities 54 concentration gradient 54 nanobubble 54 reduced graphene oxide 54 stoichiometry 54 Photolithography 54 pore spaces 54 terahertz frequencies 54 resonant frequencies 54 X ray spectroscopy 54 Rydberg atom 54 mammalian fatty acid 54 hydroxides 54 nanodiamond 54 millimeter wavelengths 54 electrons positrons 54 bosonic 54 microns millionths 54 magnetic vortices 54 rheological 54 passivation 54 supramolecular 54 anode cathode 54 Liquid crystals 54 conductivity 54 phototransistor 54 aluminum silicate 54 nematic 54 electromechanical coupling 54 temperature superconducting 54 silicon waveguides 54 piezoresistive 54 terahertz pulses 54 transparent electrode 54 electrical conductivity 54 ferrites 54 magnetic particle 54 cylindrically shaped 54 electrons behave 54 demagnetization 54 photochemically 54 elastic modulus 54 Transmission electron microscopy 54 TappingMode 54 electrically isolated 54 titanium oxide 54 ferrite core 54 magnetic dipole 54 monolayer 54 ultrananocrystalline diamond 54 nanomagnets 54 emit photon 54 superconductive 54 collagen fibrils 54 titanium nitride 54 varying thicknesses 54 thermal decomposition 54 helicity 54 microfluidic channels 54 SiO2 54 ionised gas 54 quantum cascade lasers 54 synchrotron X ray 54 densely spaced 54 stereochemical 54 bending radii 54 covalent bond 54 solitons 54 semiconducting nanowires 54 microscopically thin 54 nanocubes 54 absorbs photons 54 micrometre scale 54 gold nanorods 54 lithium niobate 54 martensite 54 Nernst 54 DFT calculations 54 quantum particles 54 neodymium praseodymium 54 PIN photodiode 54 nanoelectromechanical 54 Fig. 1a 54 conductive epoxy 54 absorb neutrons 54 coplanar 54 walled carbon nanotube 54 nitride semiconductor 54 semi permeable 54 metastable 54 silicate minerals 54 gelation 54 polycrystalline 54 silicate glass 54 wavefunction 54 biological macromolecules 54 neutron radiation 54 piezoelectric properties 54 borosilicate 54 diamagnetic 54 aluminosilicate clay 54 intermolecular forces 54 quinone 54 pyroxene 54 optical sectioning 54 electro optic modulator 54 titania 54 nanomechanics 54 collagenous 54 indium gallium nitride 54 lithium hydride 54 surface roughness 54 iron carbide 54 metallic interconnects 54 nanodroplets 54 terahertz spectroscopy 54 angstroms 54 gaussian 54 quantum correlations 54 polymer nanofibers 54 magnetic susceptibility 54 force microscopy AFM 54 nanotube arrays 54 nanostructure 54 electrons orbiting 54 temperature gradient 54 terahertz THz 54 subnanometer 54 TiN 54 weld seams 54 sublayer 54 bistable 54 Indium Phosphide 54 gallium phosphide 54 biophysical techniques 54 diffusion coefficient 54 meteoritic material 54 corrugation 54 nanochannel 54 thermally conductive 54 photon energies 54 calcium hydroxylapatite 54 chemisorption 54 nitrogen doped 54 laser excitation 54 van der Waals 54 superfluids 54 terahertz radiation 54 oxide thickness 54 thermodynamically stable 54 electron scattering 54 semiconducting polymer 54 carbene 54 dentinal 54 hydrated electron 54 rotational symmetry 53 capacitively coupled 53 supramolecular assembly 53 microstructural 53 organic TFTs 53 nano oscillators 53 zirconium oxide 53 birefringent 53 oxide semiconductor 53 diatomic 53 opto electrical 53 hydrophilic polymer 53 ultradense 53 graphene flakes 53 polyphase 53 solder bumps 53 nanowire 53 baryonic 53 #S subunit 53 spectroscopic methods 53 ohmic 53 magnetic bead 53 dimeric 53 honeycomb structure 53 midplane 53 nanosheets 53 metal oxide nanoparticles 53 planar waveguide 53 topological defects 53 electron orbitals 53 interfacial properties 53 polypeptide chain 53 cryo electron microscopy 53 eddy currents 53 Raman spectroscopic 53 magnon 53 scanning tunneling microscope STM 53 viscoelasticity 53 terahertz waves 53 resonance frequency 53 interatomic 53 chlorophyll fluorescence 53 λ 53 copper nanowires 53 dynamical evolution 53 nanocluster 53 gold nanostars 53 scanning electron 53 phytochrome 53 metamaterial structures 53 fluorescence spectroscopy 53 acyclic 53 III nitride 53 micron diameter 53 film transistors TFTs 53 blackbody 53 tin Sn 53 organic frameworks MOFs 53 inorganic ions 53 halides 53 conformational changes 53 scanning tunneling microscope 53 superparamagnetic 53 graphene flake 53 2nm 53 macromolecule 53 massive sulphide horizons 53 substrate 53 photosynthetic apparatus 53 thermophysical properties 53 electrochemical reaction 53 Fourier transform infrared 53 van der Waals interactions 53 electroluminescence 53 wavelength tunability 53 anionic 53 rotaxane 53 inorganic salts 53 PZT 53 monochromators 53 thermocouples 53 variograms 53 eutectic alloy 53 amphibolite 53 epitaxial layer 53 metallic alloys 53 ultrathin layer 53 gradational 53 lithographically patterned 53 nanosized particles 53 FinFETs 53 lipid vesicles 53 MWCNTs 53 spandrel panels 53 Bragg reflector 53 thermal insulator 53 carbonyls 53 scintillator 53 monodisperse 53 lattice vibrations 53 tubules 53 x ray beam 53 selenide 53 semiconductor nanostructures 53 Microtubules 53 excitonic 53 magnetic tweezers 53 indenter 53 thermal conductance 53 optical waveguide 53 UV photons 53 manganese oxides 53 decoherence 53 APTIV film 53 crystallographic 53 thermowells 53 manipulating atoms 53 zeolites 53 UV wavelengths 53 dimensional electron 53 #.#um [001] 53 cuprous oxide 53 metallic ions 53 #μm [002] 53 nanoelectronic devices 53 nanoscale 53 photonic circuits 53 martensitic 53 ionic currents 53 solder mask 53 nano composites 53 fluorescent probes 53 refracts light 53 sub picosecond 53 ferrofluid 53 nanoscale dimensions 53 phonon 53 cadherins 53 iron arsenide 53 thulium 53 γ 53 antireflective coatings 53 nanolayers 53 spectroscope 53 nanofabricated 53 electrodeposition 53 crosslinking 53 polymerized 53 photodetector 53 ultracold 53 cathodic 53 samarium 53 inelastic scattering 53 spicule 53 analyte 53 nanoscale particles 53 absorber layer 53 #.#mx #.#mx #.#m 53 absorbs photon 53 electroless plating 53 cesium atoms 53 photolysis 53 pyroelectric 53 molecular orbitals 53 bosons 53 P3HT 53 proteinaceous 53 differential impedance 53 fluorogenic 53 fullerene molecules 53 covalent bonding 53 fermionic atoms 53 monolayer graphene 53 alloying elements 53 ellipsoids 53 graphene membranes 53 microgel 53 helium atom 53 titanate 53 gasketing 53 multilayer stacks 53 actinide 53 inorganic compounds 53 aluminum gallium arsenide 53 nanodevice 53 voltage divider 53 submicroscopic 53 fused quartz 53 supramolecular structures 53 Fourier transform 53 isotopic ratios 53 orbital angular momentum 53 quantized 53 frequency harmonics 53 crosslinks 53 dichroic 53 infrared laser beams 53 polymeric membrane 53 MEMS resonators 53 refractive index 53 nanofluidic channels 53 phosphorus atoms 53 nonpolar