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(Click for frequent words.) 69 anisotropy 69 bosonic 69 dispersive 69 isotropic 67 quasicrystal 67 manganite 66 electron tunneling 66 uniaxial 66 antiferromagnetic 66 micrometer scale 65 Si substrate 65 post perovskite 65 antiferromagnets 65 nematic 65 dipolar 65 nanocrystalline 65 superlattice 65 electron pairs 65 dipole moment 65 Fig. 1A 65 CdSe 65 microcavity 64 magnetization 64 ARPES 64 compressive stress 64 birefringence 64 conductance 64 ellipsoids 64 polariton 64 crystallinity 64 interfacial 64 Fig. 2a 64 photoemission 64 nanomechanical 64 Fig. 1a 64 ferromagnet 64 azimuthal 64 boron nitride 64 crystallites 64 intergranular 64 microstructures 64 antiparallel 64 silicide 64 absorption spectra 64 paramagnetic 64 electron doped 64 rheological 64 magnetoresistance 63 SWNT 63 nanomesh 63 cobalt atoms 63 inhomogeneities 63 inhomogeneous 63 microcavities 63 Anisotropic 63 martensite 63 hexamers 63 nonlinear optical 63 electrical resistivity 63 microstructural 63 planar 63 nanosized 63 exciton 63 superlattices 63 inelastic scattering 63 tetragonal 63 strontium titanate 63 toroid 63 FinFET 62 Schematic representation 62 electron scattering 62 colloidal crystals 62 superposed 62 monodisperse 62 phonon 62 intermetallic 62 ZnS 62 SiO 2 62 nanometric 62 InAs 62 Fig. 2b 62 thermal gradients 62 hafnium oxide 62 hydrophobicity 62 TiN 62 thermally activated 62 diffraction pattern 62 Mott insulator 62 functionalization 62 dielectric layers 62 supersolid 62 electrically insulating 62 tensile stress 62 self assembled monolayers 62 phonons 62 Fig. 4a 62 titania 62 ferromagnetic 62 MWNT 62 donor acceptor 62 photonic bandgap 62 Fig. 1b 62 ZnO nanowires 62 nonequilibrium 62 intramolecular 62 polymer nanofibers 62 electron density 62 shear modulus 62 heterogeneities 62 submicrometer 62 photonic crystal 62 oligomer 62 toroidal 62 bilayer 61 magnetisation 61 oscillatory 61 colloidal particles 61 nanorod 61 MOS transistors 61 SAXS 61 crystallographic 61 isotope fractionation 61 electron spins 61 SWCNT 61 fused silica 61 elastic modulus 61 cementite 61 multilayers 61 electron diffraction 61 martensitic 61 gelation 61 perovskite 61 nonmagnetic 61 palladium Pd 61 supercurrent 61 cuprate 61 magnetization reversal 61 Fig. 2B 61 polaritons 61 birefringent 61 interatomic 61 YBCO 61 photoluminescence 61 figs. 61 Young modulus 61 catalytically active 61 resonant frequencies 61 vibrational modes 61 resonance frequencies 61 diffusion coefficients 61 ferroelectricity 61 fig. S2 61 fluorescence quenching 61 electrophoretic 61 epitaxial layer 61 fig. S1 61 diffraction patterns 61 Dirac fermions 61 stoichiometry 61 vanadium dioxide 61 compressive stresses 61 wavefunction 61 dimensional nanostructures 61 fermionic 60 nonpolar 60 calorimetric 60 inhomogeneity 60 diffracted 60 subwavelength 60 crystal lattice 60 z axis 60 Bragg grating 60 collimated 60 dielectric 60 helicity 60 collinear 60 ellipsoid 60 punctate 60 conformational changes 60 interferometry 60 semiconductor nanostructures 60 Fig. 4b 60 adiabatic 60 optical lattice 60 Bose Einstein condensates 60 nanodots 60 mesoscopic 60 tensor 60 optical lattices 60 ultracold atoms 60 block copolymer 60 Schematic diagram 60 vanadate 60 x ray scattering 60 wettability 60 magnon 60 Raman spectra 60 nanoribbons 60 intermetallic compounds 60 X ray absorption spectroscopy 60 spheroidal 60 undoped 60 nanoporous 60 delocalized 60 photoelectron 60 biaxial 60 nano crystals 60 monolayers 60 InSb 60 magnetic susceptibility 60 icosahedral 60 dopant 60 lattice mismatch 60 hyperfine 60 adsorbate 60 plasmon 60 Anisotropy 60 chalcogenide 60 chemically reactive 60 diffusive 60 porphyrin 60 surface roughness 60 InGaAs 60 excitation energies 60 nanostructure 60 diffusivity 60 optomechanical 60 quasiparticles 60 poly L lysine 60 Fig. 3A 60 magnesium ion 60 anionic 60 photoionization 60 microfabricated 60 circular dichroism 60 fluorescence intensity 60 superlenses 60 semiconducting properties 60 ferromagnetism 60 enthalpy 60 dimensional electron 60 microscale 60 self assembled monolayer 60 diffraction grating 60 amplitudes 60 wavefronts 60 ab initio calculations 59 nanofilm 59 nanochannels 59 tetramer 59 perturbation theory 59 Bose Einstein condensation 59 quantum mechanically 59 ε 59 Fig. 3b 59 thermal diffusivity 59 nanobelts 59 indium arsenide 59 tetrahedral 59 bilayers 59 ZnSe 59 DFT calculations 59 Fig. 59 thermally induced 59 backscattered 59 aluminum nitride 59 spectroscopic techniques 59 orthogonally 59 delaminations 59 x ray absorption spectroscopy 59 deformation 59 dielectric materials 59 spherical particle 59 differential scanning calorimetry 59 lithologic 59 silicon nitride 59 fermion 59 F actin 59 photon energies 59 nucleation 59 electronic excitations 59 μm thick 59 particle morphology 59 X ray scattering 59 vanadium oxide 59 trimers 59 gold nanoclusters 59 diffracting 59 γ 59 elastic deformation 59 MEMS resonators 59 microstructure 59 eclogitic 59 Coulomb blockade 59 micrometer sized 59 eutectic 59 supramolecular 59 Transmission electron microscopy 59 NMR spectra 59 steric 59 boron atoms 59 atomically smooth 59 catalytic reactions 59 thermomechanical 59 thermo mechanical 59 Fig. 1c 59 graphene layers 59 interparticle 59 AlN layer 59 waveguides 59 nonlinearity 59 sorption 59 heavy fermion 59 kinematic 59 frictional heating 59 4H SiC 59 nanopillars 59 silicon nanowire 59 ZrO 2 59 coplanar 59 surface plasmon 59 desorbed 59 zirconium oxide 59 MWCNT 59 PbS 59 nanoindentation 59 graphene sheets 59 nanomagnets 59 nanotubes nanowires 59 pMOS 59 dentinal 59 spherical particles 59 crystal lattices 59 weakly interacting 59 velocity dispersion 59 moduli 59 scintillator 59 semiconductor nanowires 59 microcrystals 59 SWNTs 59 SiON 59 temperature gradient 59 bismuth telluride 59 nanofabricated 59 Rydberg atom 59 GaN layer 59 lattice vibrations 59 magnetosomes 59 sigmoidal 59 dephasing 59 platinum Pt 59 tomographic 59 rheometer 59 chemical reactivity 59 fibrillar 59 dipole dipole 59 reaction kinetics 59 conductive epoxy 59 SWCNTs 59 polybutadiene 59 GaAs AlGaAs 59 tribological 59 intermolecular 59 geometries 59 dynamical 59 powder diffraction 59 chemisorption 59 Bose Einstein Condensate 59 micron sized 59 nucleons 58 graphitic carbon 58 crosslinking 58 spectroscopic analysis 58 substrate 58 antibody antigen 58 carbides 58 heterostructure 58 circumstellar 58 light scattering DLS 58 silica spheres 58 thermal conductivities 58 magnetic anisotropy 58 absorption coefficient 58 linewidth 58 #.#um [001] 58 HRTEM 58 fig. S3 58 copper oxides 58 metallic nanostructures 58 multiferroic 58 crystalline solids 58 recrystallization 58 piezoresistive 58 Fig. 4B 58 NWs 58 heterostructures 58 semiconducting 58 submicron 58 echogenic 58 exfoliated graphene 58 gate electrode 58 nanoribbon 58 crystalline lattice 58 QDs 58 LiNbO3 58 Porosity 58 crosslinked 58 komatiitic 58 depolarization 58 scanning microscopy 58 spectrometric 58 homopolymer 58 dual damascene 58 Figure 2a 58 microstructured 58 Fig. 1D 58 dielectric constants 58 ultrathin layer 58 ferromagnetic materials 58 Annexin V 58 topological defects 58 polyhedral 58 refractive indices 58 GaP 58 monolayer 58 finFETs 58 lithium niobate 58 Fig. 3B 58 polycrystalline 58 ultracold molecules 58 spatially resolved 58 dissipative 58 mesoporous 58 helical 58 pentacene 58 Lorentzian 58 Figure 4a 58 SiO2 58 fig. S4 58 petrographic 58 flexure 58 thermal conductivity 58 CMOS transistors 58 dielectrics 58 nanoprobe 58 orientational 58 nanocrystal 58 topological insulators 58 dewetting 58 μm diameter 58 yttrium barium copper 58 InN 58 grade interpolation 58 gate dielectrics 58 Schottky barrier 58 dihydrogen 58 cuticular 58 adsorption 58 titanium aluminide 58 conductivities 58 extrusive 58 lapilli 58 #μm [002] 58 liquid crystalline 58 nanobubble 58 copper sulfide 58 Fourier transform 58 nanodroplets 58 lowermost mantle 58 Brillouin zone 58 disulfide bonds 58 rubidium vapor 58 interfacial layer 58 bilayer graphene 58 nebular 58 quasiparticle 58 force microscopy AFM 58 diatomic 58 multicomponent 58 Gaussian 58 XRD 58 micromachined 58 Fig. 2A 58 electrochemical deposition 58 micron thick 58 stilbene 58 elastic moduli 58 AlGaN 58 microlens 58 Mg Fe 58 chalcogenide glass 58 microcantilevers 58 magnetic excitations 58 magnetic flux 58 zinc selenide 58 magnesium diboride 58 Schematic illustration 58 correlated electron 58 Figure 1b 58 convective 58 cathodic 58 Raman scattering 57 ssDNA 57 Spectroscopic 57 basaltic rocks 57 CFD modeling 57 magnetic dipole 57 weak gravitational lensing 57 flexural 57 biomolecule 57 Macroscopic 57 plasmons 57 Fig.1 57 Langmuir Blodgett 57 C# fullerenes 57 photonic crystals 57 nanowire transistors 57 excitons 57 Josephson junction 57 lamellar 57 Mobile Metal Ions 57 nanoparticle arrays 57 conjugated polymers 57 spin precession 57 metallisation 57 corrugation 57 5μm 57 valence electron 57 anodic 57 unconventional superconductivity 57 conjugated polymer 57 ferroelectrics 57 compressive strain 57 granitoids 57 Interferometric 57 layer graphene 57 indium gallium arsenide InGaAs 57 superfluid 57 deuterated 57 III nitride 57 IR spectra 57 electron transistor 57 weldability 57 silicon waveguides 57 photodetector 57 interferometric 57 vibrational spectroscopy 57 Supplementary Fig 57 fluorescence detection 57 photothermal 57 search ellipsoid 57 CdS 57 annealing temperature 57 pulsed laser deposition 57 arsenopyrite pyrite 57 electrostatic interactions 57 absorption spectroscopy 57 dimer 57 decoherence 57 retained austenite 57 Silicon Dioxide 57 beam splitter 57 planar waveguide 57 coercivity 57 cadmium sulfide 57 aperiodic 57 multiscale 57 lipid membranes 57 semiconducting nanowires 57 hydrothermal fluid 57 waveguide 57 gravitational radiation 57 GPa 57 pn junction 57 arcuate 57 semiconductor quantum dots 57 nanoscopic 57 transmural 57 gaussian 57 silicon atoms 57 solvation 57 hydrophobic interactions 57 photolithographic 57 Fig. 1C 57 vesicle fusion 57 cadmium selenide 57 morphologies 57 Nanomechanical 57 neutron activation 57 graphitic 57 sinusoidal 57 octahedral 57 Fe Mg 57 PZT 57 radiative transfer 57 tonalite 57 viscoelasticity 57 superfluids 57 viscoelastic 57 Photolithography 57 nanocluster 57 Nernst 57 porphyrins 57 1μm 57 silicification quartz 57 manganese oxide 57 optically transparent 57 solitons 57 underfill 57 electron microscopic 57 IEEE Trans 57 deconvolution 57 electromigration 57 siliceous 57 tin oxide 57 beam splitters 57 parameter estimation 57 ferrites 57 transmembrane 57 biomineralization 57 P3HT 57 meV 57 specular 57 corona discharge 57 MoS2 57 deformability 57 dimeric 57 porphyry intrusions 57 site directed mutagenesis 57 ferroelectric 57 supercooling 57 micrometre sized 57 microchannel 57 lithographically 57 meridional flow 57 orbitals 57 resonance frequency 57 heterojunctions 57 agarose 57 carbon nanostructures 57 dielectric layer 57 TappingMode 57 desorption 57 morphology 57 optically pumped 57 ferrite 57 dielectric permittivity 57 #μm [001] 57 disulfide bond 57 triangular lattice 57 Fig. 1d 57 millimetric 57 MOS transistor 57 evanescent waves 57 collisional 57 piezoelectric crystals 56 numerical simulation 56 electrochemically 56 quantum coherence 56 hydrated electron 56 photoconversion 56 optical sectioning 56 nanostructural 56 soliton 56 endonuclease 56 magnons 56 nanocoatings 56 compressional 56 optical waveguides 56 electrodeposition 56 #um [002] 56 fluorescence spectroscopy 56 focused ion beam 56 barium titanate 56 topological insulator 56 lamellae 56 gravitational redshift 56 graphane 56 magnetospheric 56 lanthanum aluminate 56 stiction 56 alpha helical 56 oligomeric 56 superparamagnetic 56 surface plasmons 56 thermal decomposition 56 Epitaxial 56 electrodynamics 56 enhanced Raman scattering 56 diamondoids 56 carbon nanotube arrays 56 scanning tunneling microscopy 56 NGPs 56 sol gel 56 linearly polarized 56 HfO2 56 Force Microscopy 56 tetrahedra 56 optical resonator 56 modulus 56 redox reactions 56 sulfur atoms 56 dopants 56 MWCNTs 56 crustal rocks 56 Casimir cavity 56 Fourier transforms 56 quasicrystals 56 complexation 56 macrocycle 56 mafic intrusives 56 superluminal 56 electroless plating 56 nanocrystals 56 pyroxene 56 recrystallized 56 walled carbon nanotube 56 zinc sulfide 56 cobalt atom 56 orbital angular momentum 56 kcal mol 56 TiO 2 56 Semiconducting 56 zinc oxide ZnO 56 manganese atoms 56 dI dV 56 scanning electron microscopy SEM 56 finite element method 56 nanomembranes 56 processive 56 compressibility 56 Josephson junctions 56 terahertz waves 56 atomic lattice 56 conformal 56 polarized electrons 56 Silicon Nitride 56 conductivity 56 Dirac equation 56 Vps# 56 chiral molecules 56 AlN 56 GaN nanowires 56 carbene 56 chromite grains 56 MgO 56 chromatograms 56 gradational 56 peridotites 56 felsic tuff 56 electron electron 56 Resistivity 56 nanostructuring 56 fermionic atoms 56 intermolecular forces 56 negative refraction 56 graphene 56 dielectric constant 56 excitonic 56 transparent electrode 56 photobleaching 56 MWNTs 56 resistivity 56 shallowly dipping 56 electrical conductivity 56 scatterometry 56 electrical conductance 56 nanobubbles 56 diffraction 56 ferro electric 56 circularly polarized light 56 silicon crystals 56 topological 56 conduction electrons 56 electrospray 56 coarser grained 56 hydride 56 tensile strain 56 divalent 56 thermophysical properties 56 crustal thickness 56 ellipsoidal 56 helical structures 56 quasicrystalline 56 lithological 56 magnesium fluoride 56 seismic anisotropy 56 autocorrelation 56 trabecular 56 fibril 56 elemental composition 56 micrograph 56 ferrofluid 56 mu m 56 nanoantennas 56 numerical simulations 56 calcium fluoride 56 heterogeneous catalysts 56 dimers 56 conductive 56 Fig. 2D 56 conformational 56 interferometers 56 nanofilms 56 bipyridine 56 thixotropic 56 magnetometry 56 thermal conductance 56 overmolding 56 neutron diffraction 56 electromechanical coupling 56 eddy currents 56 adatoms 56 microfluidic channels 56 bistability 56 nonlinearities 56 monolayer graphene 56 thermodynamic stability 56 Figure 1C 56 epoxide 56 nanostructures 56 thermally stable 56 cuprates 56 gelsolin 56 x ray diffraction 56 passivation layer 56 x ray beam 56 rhyolite tuffs 56 presynaptic 56 foil resistor 56 nitride 56 osteolytic lesions 56 diamagnetic 56 highly collimated 56 silicon Si 56 interfacial tension 56 quantum tunneling 56 diffractive 56 scanning electron microscopy 56 subsurface scattering 56 ductility 56 nanolayers 56 plasmonic 56 graphene nanoribbons 56 circularly polarized 56 bismuth ferrite 56 electrically conductive 56 Reiner Gamma 56 THz radiation 56 spacetime 56 rearfoot 56 heterojunction 56 hydride vapor phase 56 lithosphere 56 van der Waals interactions 56 SDS PAGE 56 wavelet transform 56 X ray pulses 56 quartz adularia veins 56 monochromator 56 metastable 56 reservoir permeability 56 biominerals 56 nanotube 56 subcellular structures 56 antireflection 56 piezoelectric properties 56 macroscopic 56 InGaN 56 micropores 56 horizontally polarized 56 scanning electron microscope SEM 56 ignimbrite 56 X ray diffraction 56 coiled coil 56 atomically thin 56 #.#μm [001] 56 semiconductor nanocrystals 56 nonconducting 56 electrostatics 56 torus 56 photoresist 56 Fig. 4A 56 miRNA expression 56 concentrically 56 hemispherical 55 macrocrystic 55 aluminum gallium nitride 55 anterior posterior 55 perpendicular magnetic 55 orthogonal directions 55 aspheres 55 SiO 55 diffractive optical elements 55 absorbance 55 friction coefficients 55 biotite rich 55 illite 55 olivine rich 55 surface plasmon resonance 55 2μm 55 facies 55 demagnetization 55 vibrationally excited 55 mesoderm 55 coexpression 55 lithospheric 55 alkene 55 cavitations 55 mammillary 55 #.#nm [002] 55 spherically symmetric 55 morphological evolution 55 insulating substrate 55 silicate mineral 55 molecules adsorbed 55 titanium nitride 55 micelle 55 electron microprobe 55 REE bearing 55 zinc ions 55 passivation 55 concave convex 55 rotationally symmetric 55 pentacene molecule 55 titanium carbide 55 multi walled nanotubes 55 semiconducting carbon nanotubes 55 particle acceleration 55 radiometry 55 photochemical reactions 55 Brillouin 55 ATP hydrolysis 55 alloying elements 55 refracts light 55 sagittal plane 55 nanoclusters 55 oligomerization 55 oscillation frequencies 55 FDG uptake 55 temperature gradients 55 magnesium ions 55 amorphous calcium carbonate 55 lamella 55 fig. S6 55 macroscopically 55 isostatic 55 dipoles 55 wirebond 55 rostral 55 membrane lipids 55 corundum 55 solder bump 55 superlens 55 piezo actuator 55 komatiite 55 lipid bilayer 55 resistive element 55 convex lens 55 fragmental 55 Fig. 3c 55 nanoscale dimensions 55 epitaxial graphene 55 κ 55 porous silica 55 aragonite 55 ultrashort pulses 55 doped silicon 55 volcanoclastic 55 nanostructured surfaces 55 cathepsin B 55 nanodiamond 55 foliation 55 dopant atoms 55 nanotube arrays 55 galactic disk 55 diffusion MRI 55 EDXRF 55 deformational 55 sapphire substrate 55 Diffraction 55 terahertz radiation 55 mesoscale 55 annealing 55 isomeric 55 mineralogical characterization 55 comminution 55 electrons emitted 55 collagen fibrils 55 Permeability 55 chromatogram 55 gold nanocluster 55 metallic alloys 55 ligand receptor 55 olivines 55 substituents 55 Figs. 55 rotaxane 55 ionic currents