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(Click for frequent words.) 74 cuprate 71 YBCO 70 manganite 70 electron tunneling 70 antiferromagnetic 69 Schematic representation 69 InAs 69 dipole moment 68 x ray absorption spectroscopy 68 undoped 68 ferroelectrics 68 heavy fermion 68 uniaxial 68 mesoscopic 68 supercurrent 67 magnetisation 67 magnetic excitations 67 birefringence 67 electrical resistivity 67 excitonic 67 thermal conductivities 67 bosonic 67 inhomogeneity 66 iron arsenide 66 silicon nanowire 66 microstructured 66 quantum oscillations 66 iron pnictides 66 Coulomb blockade 66 paramagnetic 66 superlattice 66 photoconductive 66 photon energies 66 nematic 66 multiferroic 66 nanomesh 66 unconventional superconductivity 66 hafnium oxide 65 electron diffraction 65 Josephson junction 65 antiferromagnets 65 nonlinear optical 65 CdSe 65 metallic nanostructures 65 ZnSe 65 electron scattering 65 microcavity 65 ARPES 65 tetragonal 65 bilayer graphene 65 topological insulators 65 Si substrate 65 polaritons 65 photoelectron spectroscopy 65 vanadium oxide 65 isotope fractionation 65 microcavities 65 thermal diffusivity 65 Mott insulator 65 scanning tunneling microscopy 65 anisotropy 65 polariton 65 inhomogeneous 65 absorption spectra 65 nanometric 65 absorption spectroscopy 65 conjugated polymers 65 stoichiometry 65 helicity 65 magnetization reversal 65 microfabricated 64 yttrium barium copper 64 Fig. 2b 64 Fig. 1a 64 adsorbate 64 fermion 64 vibrationally excited 64 PbS 64 dispersive 64 optomechanical 64 nanorod 64 polyaniline 64 nanofabricated 64 dielectric layer 64 photoionization 64 rheological 64 x ray scattering 64 X ray absorption spectroscopy 64 photoluminescence 64 ZnO nanowire 64 semiconductor quantum dots 64 ferromagnet 64 diffusive 64 dipolar 64 reaction kinetics 64 donor acceptor 64 Fig. 2B 64 submicrometer 64 anisotropic 64 thermally activated 64 hydrophobicity 64 ZnO nanowires 64 intramolecular 64 triangular lattice 63 ZnS 63 cuprate superconductors 63 pentacene 63 enzyme kinetics 63 nanomagnets 63 plasmon 63 pnictides 63 fermionic 63 magnesium diboride 63 dopant 63 chemical reactivity 63 photoemission 63 Dirac fermions 63 shear modulus 63 LiNbO3 63 palladium Pd 63 micrometre sized 63 circular dichroism 63 C# fullerenes 63 photoelectrochemical 63 quasicrystal 63 superlattices 63 quasiparticle 63 bistability 63 martensitic 63 CuO 63 magnetic permeability 63 atomically smooth 63 vibrational modes 63 copper oxide superconductors 63 spectroscopic techniques 63 Photonic crystals 63 intermetallic 63 Fig. 1d 63 self assembled monolayers 63 colloidal particles 63 Nernst 63 bismuth telluride 63 quantum metrology 63 colloidal crystals 63 ferroelectricity 63 electrodynamics 63 spin precession 63 circularly polarized 63 SAXS 63 enthalpy 63 hyperfine 63 ligand receptor 63 bandgaps 63 electron transistor 62 patterning technique 62 electronic excitations 62 inhomogeneities 62 diamagnetic 62 nonlinear optics 62 post perovskite 62 superfluids 62 Fig. 2a 62 nonequilibrium 62 Fig. 1b 62 SWCNT 62 Fig. 1c 62 GaP 62 atomic lattice 62 particle acceleration 62 strontium titanate 62 figs. 62 ferromagnetic 62 antineutrino 62 collinear 62 cadmium sulfide 62 MWCNT 62 aluminum nitride 62 thermal gradients 62 DFT calculations 62 rotaxane 62 carbon nanostructures 62 Mott insulators 62 surface plasmon resonance 62 dimensional electron 62 P3HT 62 4H SiC 62 photonic bandgap 62 acyclic 62 fluorescence spectroscopy 62 graphene nanoribbons 62 elastic modulus 62 crystalline solids 62 Fig. 4a 62 chalcogenide 62 fluorescence quenching 62 electrical conductance 62 diffusion coefficient 62 sulfonated 62 thermal decomposition 62 microstrip 62 magnesium ion 62 stripline 62 nanowire transistors 62 cuprates 62 laser spectroscopy 62 MgB2 62 nanomechanical 62 chalcogenides 62 Anisotropy 62 nanoribbon 62 heterostructures 62 dielectric constant 62 intergranular 62 interparticle 62 ε 62 semiconductor nanostructures 62 subwavelength 62 refractive indices 62 quantum coherence 62 Si SiGe 62 electron density 62 dissipative 62 proton neutron 62 supersolid 62 ruthenium oxide 62 Ytterbium 62 zinc selenide 62 solvation 62 vanadate 62 monochromator 62 vanadium dioxide 62 protein adsorption 61 dielectric permittivity 61 birefringent 61 vibrational spectroscopy 61 Schematic illustration 61 indium gallium arsenide 61 electrospray 61 corona discharge 61 micrometer sized 61 photonic crystal 61 crystal lattices 61 UV photons 61 semiconductive 61 nonmagnetic 61 optically pumped 61 scanning microscopy 61 semiconductor nanowires 61 linearly polarized 61 pn junction 61 ferromagnetism 61 surface plasmon polariton 61 powder diffraction 61 magnetic susceptibility 61 quantum criticality 61 thermally induced 61 electrically insulating 61 sorption 61 ytterbium 61 bilayer 61 inelastic scattering 61 cobalt atoms 61 coplanar 61 intermetallic compounds 61 SiO 2 61 doped silicon 61 bilayers 61 mesoporous 61 ionic conductivity 61 mK 61 crystallites 61 catalytically active 61 oscillatory 61 QDs 61 dielectrophoresis 61 IR spectra 61 γ 61 toroidal 61 titania nanotubes 61 magnetic anisotropy 61 heterojunction 61 magnetic vortices 61 backscattering 61 titanium aluminide 61 cm -3 61 boron nitride 61 nitride semiconductor 61 MWNTs 61 HRTEM 61 electroactive 61 isomeric 61 synchrotron x ray 61 μm diameter 61 nanofluids 61 Fig. 4b 61 magnetic monopole 61 photolysis 61 ultracold molecules 61 electrons emitted 61 self assembled monolayer 61 GaN layer 61 correlated electron 61 trimers 61 valence electron 61 MWNT 61 Raman spectra 61 magnetization 61 piezoelectric properties 61 fig. S1 61 delocalized 61 decoherence 61 ZrO 2 61 diffusion coefficients 61 backscattered 61 nanotube arrays 61 elastic moduli 61 superconducting qubit 61 heterogeneities 61 Rydberg atom 61 nanocrystalline 61 nanotubes nanowires 61 magnetoresistance 61 spheroidal 61 fluorescence emission 61 titania 61 multiscale 61 semiconducting 61 eutectic alloy 61 cementite 61 neutrino experiments 61 electrically conducting 61 Fig. 4B 61 nanocomposite material 61 icosahedral 61 biophysical techniques 60 AlGaN 60 Extracellular 60 rotaxanes 60 excitation energies 60 quasicrystals 60 exfoliated graphene 60 crystallinity 60 hexagonal lattice 60 thermally stable 60 liquid crystalline 60 superposed 60 superlenses 60 lanthanide 60 redox reactions 60 indium gallium 60 dI dV 60 superparamagnetic 60 Josephson junctions 60 macroscale 60 copper oxides 60 kcal mol 60 thermodynamic properties 60 high temperature superconductors 60 semiconducting nanowires 60 photochemical processes 60 antiparallel 60 conductance 60 ionization mass spectrometry 60 magnetospheric 60 ultrananocrystalline diamond 60 exciton 60 ultraviolet lasers 60 molecules adsorbed 60 differential scanning calorimetry 60 silicon Si 60 angle resolved photoemission 60 quantum capacitance 60 isotropic 60 azimuthal 60 κ 60 nanobubble 60 nanocluster 60 semiconducting materials 60 velocity dispersion 60 lithium niobate 60 absorbance 60 electron pairs 60 calcium fluoride 60 topological insulator 60 crystallographic 60 pentacene molecule 60 Fig. 3b 60 functionalization 60 semiconducting properties 60 multilayers 60 Figs. 60 lanthanum aluminate 60 neutron scattering experiments 60 physico chemical 60 boron atoms 60 ab initio calculations 60 intermolecular interactions 60 Bose Einstein Condensate 60 AlGaAs 60 SiO 60 complexation 60 interatomic 60 σ 60 saturable 60 scanning electron microscopes 60 boron nitride nanotubes 60 ferro electric 60 cobalt atom 60 dielectric materials 60 x ray diffraction 60 filamentary 60 organometallic 60 absorbs ultraviolet 60 oppositely charged 60 photochemical reactions 60 micromechanical 60 chalcogenide glass 60 photosystem 60 magnetic dipole 60 nanoprobe 60 perovskite 60 micrometer scale 60 demagnetization 60 dopants 60 SWNT 60 nanosized 60 photoelectron 60 hydrogenase 60 diatomic 60 oxide semiconductor 60 fluorescent nanoparticles 60 weight polyethylene UHMWPE 60 CdS 60 Schematic diagram 60 heterostructure 60 photothermal 60 graphite oxide 60 toroid 60 homopolymer 60 electrochemical sensor 60 oligomer 60 AlGaN GaN 60 particle morphology 59 ferroelectric materials 59 Nanomechanical 59 antimonide 59 nanostructuring 59 nanobelts 59 metastable 59 microstructural 59 carbene 59 nanomechanics 59 ZnO 59 nanoribbons 59 dephasing 59 ultrashort pulses 59 Semiconducting 59 ferromagnets 59 pyroelectric 59 dopant atoms 59 microfluidic channels 59 deuterated 59 weakly interacting 59 pseudogap 59 platinum Pt 59 Joule heating 59 heterojunctions 59 electron pairing 59 electrons positrons 59 neutrino mass 59 resonant tunneling 59 HTS wires 59 fig. S2 59 barium titanate 59 viscoelasticity 59 hydrophobic interactions 59 conductivities 59 ultracold 59 mesoporous silica 59 bistable 59 aperiodic 59 agarose gel 59 Plasmonic 59 dielectric constants 59 excitons 59 Spectroscopic 59 calorimetric 59 aggregometry 59 quantum tunneling 59 submicron 59 multi walled nanotubes 59 epitaxial layer 59 macromolecule 59 lattice vibrations 59 transparent conductive coatings 59 capacitive coupling 59 stilbene 59 zinc oxide ZnO 59 alkali atoms 59 praseodymium 59 Tellurium 59 niobium titanium 59 nanoporous 59 gadolinium oxide 59 fluorescence resonance energy 59 diffractive 59 Fig. 3A 59 interferometers 59 tungstate 59 intercalation 59 manganese oxide 59 absorbs photons 59 electrophoretic 59 neutrino oscillations 59 transfer FRET 59 anodic 59 photochemistry 59 Fourier transform 59 InSb 59 isotherms 59 nanomotors 59 Si Ge 59 bucky balls 59 magnetic particle 59 hadron 59 anthracene 59 rotational symmetry 59 quasicrystalline 59 semiconducting material 59 carbon nanotube CNT 59 FinFET 59 valence electrons 59 gallium indium arsenide 59 ohm cm 59 dielectric layers 59 electrochemical capacitors 59 Nucleation 59 piezoelectric crystals 59 adsorption isotherms 59 carbides 59 magnons 59 silica spheres 59 organic TFTs 59 optical waveguides 59 perturbation theory 59 AlN layer 59 neodymium Nd 59 InN 59 semiconducting carbon nanotubes 59 blackbody 59 magnon 59 chlorophyll fluorescence 59 magnetosomes 59 Bose Einstein condensates 59 ionise 59 cordierite 59 polymer membranes 59 resonance frequency 59 aluminum gallium nitride 59 myosin V 59 electrochemical sensors 59 porphyrin 59 Fig. 3a 59 nitride layer 59 graphitic carbon 59 InGaAs 59 electrophilic 59 neutron diffraction 59 Ohmoto 59 silicide 59 chemisorption 59 photon beams 59 gate electrode 59 triaxial 59 thermodynamically stable 59 frictional heating 58 Photonic crystal 58 topological defects 58 ionic currents 58 TiO 58 spatially resolved 58 quantum mechanically 58 fluorogenic 58 ultracold atoms 58 spectroscopic analysis 58 laser desorption 58 magnetic nanoparticle 58 nanoelectromechanical 58 nanoscopic 58 microcantilevers 58 nanoglue 58 crosslinked 58 indium gallium nitride InGaN 58 nonthermal 58 GaAs AlGaAs 58 alkali metal 58 excitations 58 titanium nitride 58 Fig. 1A 58 graphene nanoribbon 58 stereochemical 58 substituents 58 pMOS 58 MnO 58 Bragg grating 58 photoactivation 58 processive 58 circumstellar 58 resonant cavity 58 phonons 58 ultracold temperatures 58 photocurrent 58 Supplementary Figs 58 erbium 58 lattice mismatch 58 conductive epoxy 58 SQUIDs 58 Fe Ni 58 HfSiON 58 Raman scattering 58 piezoresistive 58 superconductor 58 scintillator 58 polycrystalline 58 spin excitations 58 metal oxide nanoparticles 58 nanoparticle aggregates 58 Carbon nanotube 58 actinide 58 proton decay 58 quantum phenomena 58 coercivity 58 Young modulus 58 electrons tunneling 58 Bose Einstein condensation 58 germanium silicon 58 thulium 58 ferrites 58 force microscopy AFM 58 Fig. 2A 58 micrometer sized particles 58 semiconductor nanocrystals 58 silica microspheres 58 cathodic 58 biominerals 58 site directed mutagenesis 58 magnesium Mg 58 magnetic tweezers 58 lithium hydride 58 electromechanical coupling 58 vesicle fusion 58 cuticular 58 interstitial fluid 58 sigmoidal 58 walled carbon nanotube 58 φ 58 ohmic contacts 58 synchrotron X ray 58 scanning tunneling microscopes 58 coiled coil 58 UV absorbance 58 mammalian fatty acid 58 interferometric 58 quantum cascade lasers 58 ferromagnetic materials 58 electron mobility 58 ultrahigh vacuum 58 micrometre 58 optical lattices 58 nonlinearity 58 interfacial tension 58 W mK 58 hypothalamic pituitary 58 capacitively coupled 58 tetramer 58 supramolecular 58 avalanche photodiode 58 orbital angular momentum 58 PEDOT nanotubes 58 lanthanum strontium 58 electron electron 58 X ray scattering 58 epitaxial graphene 58 Entangled photons 58 Mg Fe 58 ν 58 helium atom 58 gamma rays emitted 58 CeO 2 58 electromotive force 58 electron spins 58 scale invariance 58 martensite 58 soliton 58 HfO2 58 neutron radiation 58 optical waveguide 58 superconductive 58 spectroscopic technique 58 recrystallization 58 anionic 58 protonated 58 Brillouin 58 pulse amplitude 58 relativistic particles 58 fig. S3 58 emission wavelength 58 nanodroplets 58 nonconducting 58 #.#nm [002] 58 yttria stabilized zirconia 58 pearlite 58 femtosecond timescale 58 layer graphene 58 punctate 58 microlens 58 nanopillars 58 gluon 58 manganese atoms 58 scanning tunneling microscope STM 58 toroids 58 MWCNTs 58 macroporous 58 ferroelectric 58 crystalline lattice 58 nitrides 58 microcrystals 58 crystal lattice 58 ellipsoids 58 Macroscopic 58 electrically conductive 58 nano electromechanical systems 58 rheometer 58 laser optics 58 thermosensitive 58 Yb 58 nanocubes 58 indium gallium arsenide InGaAs 58 graphene electrons 58 RNA polymerases 58 spatially separated 58 lanthanum neodymium 58 organic inorganic 58 conjugated polymer 58 Fermions 58 steric 58 micellar 58 phosphorus atoms 58 Thermal conductivity 58 bandgap 58 Bosons 58 cadmium selenium 58 nanoindentation 58 pulsed laser deposition 58 nanotube sheets 58 thermoplastic polyester 58 borane 58 gravitons 58 polar mesospheric clouds 58 quinone 58 tensor 58 microwave photon 57 ultrathin layer 57 mu m 57 single photon detectors 57 radioligand 57 PIN diodes 57 basaltic rocks 57 gelation 57 Interferometric 57 Aerogels 57 antireflection 57 weak gravitational lensing 57 potentiometric 57 Brownian particles 57 Ni Fe 57 Fig. 1E 57 interconversion 57 NWs 57 θ 57 5kV 57 PMOS transistors 57 confocal laser scanning 57 felsic tuff 57 redox sensitive 57 voltage divider 57 carbonaceous chondrites 57 magnetron sputtering 57 λ 57 temperature superconducting 57 NMR spectra 57 meV 57 Fourier transform infrared spectroscopy 57 quantum particles 57 X ray pulses 57 pyrophyllite 57 kaons 57 electrons behave 57 stochastic resonance 57 metabolite concentrations 57 wave particle duality 57 supercritical CO 57 radiative transfer 57 microelectromechanical 57 resonance imaging 57 photomultiplier tubes 57 nanogels 57 polyhedral 57 nanopatterned 57 colloidal suspensions 57 hydrides 57 orientational 57 PLLA 57 dielectrics 57 femtosecond laser pulses 57 isotherm 57 GPa 57 resonant frequencies 57 hollow cylinders 57 electromechanics 57 dihydrogen 57 plasmon resonance 57 electromagnetic flux 57 FT ICR 57 electrostatic attraction 57 ionized gases 57 nanosized particles 57 coriolis 57 thermomechanical 57 surface plasmon 57 spectral measurements 57 macromolecular complexes 57 scanning tunneling microscopy STM 57 dipoles 57 nano fluidic 57 cadmium selenide 57 SiO2 57 polyphase 57 crustal rocks 57 electrospray ionization 57 magnetoresistive 57 polybutadiene 57 covalently bound 57 superconducting materials 57 electrospun 57 Dirac equation 57 GaN nanowires 57 tribological 57 alkane 57 UV VIS 57 copper sulfide 57 interfacial 57 optically transparent 57 spintronic 57 adiabatic 57 quantum electrodynamics 57 sulfidic 57 laser scanning confocal 57 absorber layer 57 ceramic superconductors 57 EO polymer 57 emissive layer 57 halides 57 Fig. 3d 57 electron orbitals 57 superlens 57 Fig. 3c 57 anion 57 hematite chlorite 57 parylene 57 piezoelectric transducer 57 piezoelectric materials 57 mylonite 57 Silicon Nitride 57 nanosize 57 tensile stress 57 ammonium ions 57 EDXRF 57 conformational changes 57 Conductivity 57 photostability 57 magnetocaloric effect 57 quantum chromodynamics 57 petrographic 57 fermionic atoms 57 RecA 57 Force Microscopy 57 MOS transistors 57 diffracting 57 metallic ions 57 nanodiamond 57 Erbium 57 nonpolar 57 photoconversion 57 photochemically 57 covalent bonding 57 cm -1 57 wettability 57 zero valent iron 57 emission spectrometer 57 hematoxylin 57 enhanced Raman scattering 57 transmission electron microscopy 57 QCLs 57 μm thick 57 annealing temperature 57 microscale 57 alkynes 57 phonon 57 τ 57 hafnium dioxide 57 ellipsometry 57 van der Waals interactions 57 silicon carbide ceramic 57 Photoemission 57 anomalous dispersion 57 biaxial 57 g cm 57 photomultiplier 57 micro machined 57 nanolaser 57 gadolinium Gd 57 electret 57 thermal impedance 57 titanium zirconium 57 experimentally demonstrated 57 invisibility cloaking 57 femtosecond pulses 57 scanning electron 57 subhorizontal 57 chemically reactive 57 dual damascene 57 nanodots 57 ohmic 57 oligomerization 57 Ca2 + 57 dimeric 57 carbenes 57 Photometric 57 nanoelectromechanical systems 57 fibrillar 57 absorption coefficient 57 reflectance spectroscopy 57 transistor amplifier 57 surface plasmons 57 permittivity 57 photonic circuits 57 Experimentally 57 fused silica 57 depolarization 57 Aharonov Bohm effect 57 HSQ 57 electron transistors 57 Perkinamine 57 magnetic flux 57 fluorescent microscopy 57 Nd YAG lasers 57 oxide thickness 57 colocalization 57 indium nitride 57 microprobe 57 reflectometry 57 Adsorption 57 deoxy 57 graphene layers 57 Fig. 3B 57 quasiparticles 57 cosmic ray flux 57 chromatogram 57 orbitals 57 magnetic bead 57 gold nanorod 57 chromium alloy 57 gold nanoclusters 57 electron proton 57 graphitic 57 magnetostrictive 56 hydroxides 56 thermal conduction 56 III nitride 56 dimensional nanostructures 56 micromachined 56 beta tubulin 56 Spectrometry 56 arsenopyrite pyrite 56 hollow nanospheres 56 diffusivity 56 ceramic composites 56 diffraction pattern 56 translationally 56 nanochannels 56 photon counting 56 spectroscopic ellipsometry 56 δ 56 electron neutrino 56 silicon atoms 56 eclogitic 56 compressive strain 56 polarimeter