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(Click for frequent words.) 66 bistability 66 thermal conductivities 65 crystallinity 65 stereochemical 65 bismuth telluride 64 magnetization reversal 64 osmotic pressure 64 conductivities 64 heavy fermion 64 paramagnetic 64 ferroelectricity 64 circular dichroism 63 graphene layers 63 dipole moment 63 elastic moduli 63 nonlinearity 63 magnetisation 63 chemical reactivity 63 adsorptive 63 hydrophobicity 63 thermally activated 63 elastic modulus 63 Young modulus 63 epitaxial layer 63 ferroelectric materials 63 electrical conductivity 62 inhomogeneity 62 electrical conductance 62 thermal gradients 62 bandgaps 62 Coulomb blockade 62 birefringence 62 conductivity 62 threshold voltages 62 iron arsenide 62 photoconductive 62 interparticle 62 diffusion coefficients 62 sorption 62 inhomogeneities 61 ferromagnetism 61 ferroelectrics 61 fluorescence emission 61 dielectric constants 61 relaxivity 61 isotope fractionation 61 ab initio calculations 61 Raman scattering 61 vibrational modes 61 dielectric permittivity 61 manganite 61 magnetostrictive 61 electron doped 61 microcavities 61 superlattice 61 deuterated 61 coercivity 61 ferromagnetic materials 61 thermal conduction 61 YBCO 61 intermetallic 61 crystallites 61 Si substrate 61 magnetic permeability 61 gelation 61 reaction kinetics 60 cuprate 60 thermal diffusivity 60 thermomechanical 60 thermo mechanical 60 thermally induced 60 micrometer scale 60 nonlinear optical 60 atomic lattice 60 electron tunneling 60 dielectric layer 60 martensite 60 photoelectron spectroscopy 60 Raman spectra 60 tensile stress 60 catalytically active 60 dielectric breakdown 60 barium titanate 60 photocurrent 60 quasiparticle 60 photostability 60 magnetoresistance 60 multiferroic 60 electron mobility 60 nanomesh 60 Gallium arsenide 60 protein adsorption 60 ZnO nanowires 60 patterning technique 60 chromatograms 60 microstructural 60 boron nitride 60 nanometric 60 MWNT 60 polaritons 60 electron pairing 59 nonmagnetic 59 magnetic anisotropy 59 calorimetric 59 photoluminescence 59 leakage currents 59 enthalpy 59 bilayer graphene 59 vanadium oxide 59 DFT calculations 59 transconductance 59 tribological 59 compressive stress 59 nonequilibrium 59 flowability 59 velocity dispersion 59 titania 59 electron density 59 iron pnictides 59 semiconducting properties 59 QDs 59 compressibility 59 uniaxial 59 wettability 59 adsorbate 59 refractive indices 59 Perkinamine 59 inhomogeneous 59 hydrated electron 59 electron proton 59 frequency harmonics 59 proton pump 59 absorption spectra 59 polycrystalline 59 supersolid 59 magnetosomes 59 quantum coherence 59 thermodynamic stability 59 powder diffraction 59 viscoelastic properties 59 frictional heating 59 resonant frequencies 59 dipolar 59 friction coefficients 59 quantum mechanically 59 fluorescence intensity 59 ARPES 59 photomultiplier 59 nanomembranes 59 superatoms 58 Nernst 58 thermodynamic properties 58 Auger recombination 58 crystal lattices 58 magnetic excitations 58 microcavity 58 thermal conductance 58 electroluminescence EL 58 heterojunctions 58 quasicrystals 58 bosonic 58 pn junctions 58 piezoelectric properties 58 nitride layer 58 photon energies 58 tetragonal 58 dopant 58 ammonium ions 58 hydrophobic interactions 58 mesoscopic 58 graphitic carbon 58 radiative recombination 58 superfluids 58 NMR experiments 58 calcium fluoride 58 bilayer 58 electrochemical reactions 58 electronic excitations 58 antiferromagnets 58 undoped 58 hydrolytic stability 58 pnictides 58 conjugated polymers 58 volumetrically 58 liquid crystalline 58 supercurrent 58 conductance 58 tensile modulus 58 magnetic susceptibility 58 electroactive 58 macroscale 58 thermodynamic equilibrium 58 scanning tunneling microscopy 58 permittivity 58 bilayers 58 stoichiometry 58 particle morphology 58 topological insulators 58 dielectric constant 58 fluid viscosity 58 excitonic 58 diffusive 58 dopant atoms 58 impedance measurements 58 photonic bandgap 58 corona discharge 58 compressive strain 58 carrier mobilities 58 nanomechanical 58 finely dispersed 58 electrophoretic 58 photoconversion 58 pore sizes 58 cordierite 58 isotropic 58 nanotube arrays 58 anionic 58 chlorosome 58 donor acceptor 58 Fig. 2b 58 bistable 57 redox reactions 57 NMR spectra 57 enzyme kinetics 57 polymer membranes 57 anode cathode 57 semiconductor nanowires 57 heterostructure 57 nonlinearities 57 colloidal suspensions 57 capacitive coupling 57 quasicrystal 57 halides 57 lithographic processes 57 antimonide 57 diffusion coefficient 57 yttrium barium copper 57 heterojunction 57 absorption spectroscopy 57 interatomic 57 rheological properties 57 demagnetization 57 ZnSe 57 homochirality 57 nitride semiconductor 57 rheological 57 Mott insulator 57 InAs 57 Dirac fermions 57 thermal conductivity 57 chemically reactive 57 periodicities 57 dispersive 57 interfacial tension 57 gold nanoclusters 57 magnetic vortices 57 telluride 57 gravitational redshift 57 intramolecular 57 polymer electrolyte 57 electro optic plastics 57 electron scattering 57 WS CRDS 57 nanocrystalline 57 nanosized 57 perturbation theory 57 Carbon nanotube 57 diffusivity 57 moldability 57 dynamical processes 57 ferro electric 57 diatomic 57 proton conductivity 57 unconventional superconductivity 57 PZT 57 pentacene 57 germanium silicon 57 optically transparent 57 post perovskite 57 neutrino mass 57 physicochemical properties 57 shear modulus 57 weakly interacting 57 quantum criticality 57 antibody antigen 57 emission spectra 57 colloidal crystals 57 titania nanotubes 57 oscillation frequency 57 Fig. 2a 57 phospholipid membranes 57 helicity 57 nanomagnets 57 non linearities 57 copper oxide superconductors 57 intrinsic viscosity 57 piezoresistive 57 magnetocaloric effect 57 polyaniline 57 nanophosphate 57 triangular lattice 57 vanadium dioxide 57 X ray binaries 57 chalcogenide 57 quantum oscillations 57 tin oxide 57 tensile strain 57 sulfation 57 bioelectrical 57 magnetic dipole 57 crystalline solids 57 CMOS transistors 57 Fig. 3b 56 heterostructures 56 monodisperse 56 ultrananocrystalline diamond 56 particulate contamination 56 III nitride 56 nanotubes nanowires 56 perovskite 56 vesicle fusion 56 bandgap 56 MOS transistors 56 metallic nanostructures 56 correlated electron 56 quantum phenomena 56 polariton 56 formate 56 hafnium oxide 56 neutron flux 56 ytterbium 56 absorption coefficient 56 magnetically coupled 56 superlattices 56 antiferromagnetic 56 SQUIDs 56 accuracy repeatability 56 resonant tunneling 56 SAXS 56 valence electrons 56 eutectic alloy 56 borane 56 electrochemical sensor 56 silicide 56 magnetization 56 yttria stabilized zirconia 56 monomeric 56 spectroscopic technique 56 sub picosecond 56 plasmon 56 solvation 56 viscoelasticity 56 aperiodic 56 nematic 56 nanoindentation 56 ultracold molecules 56 quantum capacitance 56 fluorescence quenching 56 temperature coefficient 56 CFD modeling 56 chalcogenides 56 hydrides 56 deformability 56 dimensional nanostructures 56 heterogeneous catalysts 56 oxide semiconductor 56 impermeability 56 mesoporous 56 lattice vibrations 56 PTH secretion 56 inorganic salts 56 phototransistor 56 intermetallic compounds 56 weldability 56 MEMS gyroscope 56 thermodynamically 56 SiO 2 56 chalcogenide glass 56 gate dielectrics 56 eutectic 56 recrystallization 56 defect densities 56 thermophysical properties 56 antiparallel 56 ceramic composites 56 electromagnetic flux 56 subwavelength 56 lipid membranes 56 martensitic 56 dielectric strength 56 electrically insulating 56 reproducible measurements 56 indium gallium nitride InGaN 56 photocatalysts 56 ceria 56 excitations 56 cellularity 56 saturable 56 elemental composition 56 physico chemical properties 56 Fig. 1c 56 alkali metals 56 zinc selenide 56 Mott insulators 56 laser interferometers 56 carbon isotopes 56 frictional resistance 56 bipolar transistor 56 electrical resistivity 56 piezoelectric crystals 56 cuprate superconductors 56 cadmium selenide 56 intercellular signaling 56 Aâ 56 superconductive 56 nanofluids 56 nanoscale phenomena 56 eigenvalues 56 dye sensitized cells 56 covalent bonding 56 focal adhesions 56 graphene nanoribbons 56 macromolecule 56 collagen fibrils 55 thermal EMF 55 titanate 55 friability 55 PEDOT 55 electrically conducting 55 isobaric 55 diffraction pattern 55 conventional superconductors 55 van der Waals interactions 55 oscillatory behavior 55 osteoinductive 55 exfoliated graphene 55 linearized 55 inelastic scattering 55 spectroscopic analysis 55 electromagnetic phenomena 55 AlGaN GaN 55 Fig. 1d 55 submicrometer 55 nitrogenase 55 crosslinked 55 lasing threshold 55 carbon nanomaterial 55 tissue oxygenation 55 plasma fibrinogen 55 cosmic ray flux 55 electrochemical 55 self assembled monolayer 55 fluorogenic 55 electromechanical coupling 55 chemical inertness 55 enzyme catalysis 55 linear amplifiers 55 interstitial fluid 55 hydride 55 extracellular proteins 55 silicon Si 55 polyphase 55 lithium atoms 55 platinum Pt 55 organometallic 55 echogenicity 55 MSn 55 trimers 55 microcrystalline 55 nanotube sheets 55 multiscale 55 electric dipole 55 x ray absorption spectroscopy 55 lattice mismatch 55 microlens 55 strontium titanate 55 colloidal particles 55 APTIV film 55 PbS 55 neuroanatomical 55 polymethylmethacrylate PMMA 55 microstructures 55 electron electron 55 interfacial 55 intermolecular interactions 55 LiNbO3 55 lanthanum strontium 55 microstructured 55 Josephson junctions 55 nanocrystalline materials 55 HEMTs 55 vibrationally excited 55 isotherms 55 antineutrino 55 fermionic 55 spherical particles 55 fermion 55 linewidth 55 ROC curves 55 electron diffraction 55 equilibrated 55 fibrillar 55 photosynthetic apparatus 55 ETD PTR 55 decoherence 55 stilbene 55 GaP 55 Ge substrates 55 mammalian fatty acid 55 fluorescence spectroscopy 55 pn junction 55 diffusible 55 bipolar transistors 55 ferroelectric 55 atomically thin 55 dimensional electron 55 x ray diffraction 55 tokamaks 55 leachability 55 dynamical evolution 55 cyclic loading 55 soluble proteins 55 σ 55 epitaxy HVPE 55 polysiloxane 55 nucleosynthesis 55 titin 55 nanosprings 55 ductility 55 varistor 55 photoionization 55 PIN diodes 55 fig. S1 55 waviness 55 SAW oscillators 55 polypeptide chain 55 outcoupling 55 hexose 55 electrochemical capacitors 55 silicon nanowire 55 chlorophylls 55 TappingMode 55 wafer thickness 55 gate electrode 55 sphericity 55 dielectrics 55 superatom 55 HTS wires 55 photochemical reactions 55 ZnO 55 ohmic 55 excitons 55 semiconducting 55 carbonate globules 55 electrodynamics 55 semiconductive 55 thermally stable 55 axial loading 55 dielectrophoresis 55 ultrasonic vibrations 55 nonlinear optics 55 equilibration 55 Ionic liquids 55 MALDI imaging 55 alloying elements 55 surface plasmon 55 pentacene molecule 55 proteoglycan 55 osteoblastic 55 ionized calcium 54 biomolecule 54 GAGs 54 toroid 54 nanoribbon 54 linearly polarized 54 catalytic reactions 54 isotopic ratios 54 Skeletal muscle 54 dopants 54 SWNTs 54 physico chemical 54 photoemission 54 complexation 54 electrons emitted 54 electrostatic interactions 54 dimeric 54 metal oxide nanoparticles 54 covalent bond 54 isotopic variations 54 hemoglobin molecule 54 proteinaceous 54 ferromagnetic 54 IR spectra 54 nonthermal 54 self assembled monolayers 54 GaAs AlGaAs 54 piezo actuator 54 micropores 54 hydroxide ions 54 radiative transfer 54 antiapoptotic 54 voltage divider 54 CdSe 54 photomultiplier tubes 54 avalanche photodiode 54 Z Foil 54 backscattering 54 stereochemistry 54 ceramic membranes 54 scintillator 54 piezoelectric materials 54 optical aberrations 54 contractile 54 hydrolysis resistance 54 anodic 54 planar waveguide 54 ionic currents 54 interphase 54 terahertz spectroscopy 54 graphene transistor 54 MWNTs 54 graphene circuitry 54 Figure 1b 54 inorganic nanostructures 54 oxidative stability 54 chromatogram 54 chemiluminescence 54 Schematic diagram 54 chemisorption 54 magnesium Mg 54 CMOS fabrication 54 PIN photodiode 54 tensile strengths 54 nanocomposite material 54 eclipsing binary 54 deformable mirror 54 flexural 54 magnon 54 osmolality 54 adsorption isotherms 54 bismuth ferrite 54 pMOS 54 experimentally verified 54 RFMD GaN 54 nanoscale dimensions 54 optomechanical 54 pressure natriuresis 54 biominerals 54 zeolite membranes 54 fluxes 54 enzymatic digestion 54 submicron 54 stoichiometric 54 semiconducting materials 54 RF transistors 54 SWCNT 54 atomically smooth 54 electrochemical sensors 54 τ 54 JILA scientists 54 honeycomb lattice 54 Fourier transform infrared FTIR 54 carboxylic acids 54 CAIs 54 impedence 54 meteoritic material 54 photon counting 54 irradiance 54 microwell plate 54 topological insulator 54 intermolecular forces 54 annealing temperature 54 photodetector 54 non dispersive infrared 54 meridional flow 54 radiometry 54 acoustic impedance 54 potassium sodium 54 quinone 54 nanosheets 54 serum lipid 54 electrocatalyst 54 thermodynamically stable 54 membrane permeability 54 oxygen isotope 54 boron atoms 54 C0G 54 fluorescent microscopy 54 ligand binding 54 spin precession 54 inorganic semiconductors 54 nanoporous materials 54 protein conformation 54 AlGaN 54 catalytic antibodies 54 Ikona gear 54 porphyrin 54 spintronic devices 54 dentinal 54 MWCNT 54 MgO 54 oscillation frequencies 54 nMOS 54 polymeric materials 54 crystalline lattice 54 piezo actuators 54 spintronic device 54 GFP fluorescence 54 nanobelts 54 THz radiation 54 pyroelectric 54 quantum metrology 54 nanodroplets 54 interconversion 54 silicon crystals 54 supersaturation 54 wavefunction 54 binding affinities 54 crystalline structure 54 nanocluster 54 surface plasmon resonance 54 Nd YAG lasers 54 Fig. 4B 54 perovskites 54 Electron microscopy 54 boron nitride nanotubes 54 volumetric efficiency 54 calorimetry 54 rheometer 54 indium arsenide 54 spectroscopically 54 Confocal microscopy 54 insoluble proteins 54 superposed 54 photoelectron 54 nanowire transistors 54 SOI CMOS 54 clamping voltage 54 polyphosphates 54 gelsolin 54 colossal magnetoresistance 54 photoelectrochemical 54 epitaxial layers 54 stator windings 54 interfacial properties 54 hyperpolarization 54 thermal impedance 54 wettable 54 parasitic capacitances 54 graphene electrons 54 actin binding 54 1μm 54 electroluminescence 54 carbon nanotubes CNT 54 photobleaching 54 particle acceleration 54 optical sectioning 54 nano fluidic 54 CMOS silicon 54 microbalance 54 mammalian brains 54 refractive index 54 metabolite concentrations 54 femtosecond timescale 54 chondrites 54 blackbody 54 parasitic capacitance 54 enzymatic pathways 54 impedances 54 coexpression 54 Nitric oxide NO 53 nano crystalline 53 negative refraction 53 valence electron 53 ATP hydrolysis 53 electron transistor 53 optically pumped 53 anisotropic 53 multi walled nanotubes 53 germanium antimony 53 Runx2 53 x ray scattering 53 P3HT 53 serum PTH 53 differential scanning calorimetry 53 autoregulation 53 oscillatory 53 output capacitance 53 hydroxyl radical 53 protonated 53 micro fluidics 53 CdS 53 cytochrome oxidase 53 exciton 53 hydrophobic molecules 53 scanning tunneling microscopy STM 53 micrometre sized 53 magnetized plasma 53 colocalization 53 MEMS resonators 53 sorbed 53 transmittance 53 lattice spacing 53 nanoelectromechanical systems 53 film transistors TFTs 53 θ 53 Chlamydomonas reinhardtii 53 ratiometric 53 silicone encapsulation 53 melt viscosity 53 nanoscale patterning 53 palladium Pd 53 intermodulation distortion 53 k gate dielectric 53 ATP synthase 53 nitrotyrosine 53 tetrahedral 53 moisture absorption 53 dB insertion loss 53 UV photons 53 frequency transducers 53 ion traps 53 Aerogels 53 Maxwell equations 53 synthases 53 electron emission 53 foil resistor 53 graphene sheet 53 flame retardance 53 macroscopic 53 NdFeB 53 #ppm ° C 53 Gallium nitride 53 photomultiplier tube 53 piezoelectric sensors 53 micrometer sized particles 53 epitaxial graphene 53 silica spheres 53 multijunction solar cells 53 isotope ratios 53 elemental abundances 53 nanocrystal 53 superlenses 53 Vdd 53 absolute TCR 53 nucleotide substitutions 53 Gaussian beam 53 trabecular 53 passivating 53 aluminum gallium nitride 53 ATPase activity 53 nanoantennas 53 reagent consumption 53 carbonaceous chondrites 53 solubilization 53 sparticles 53 variabilities 53 spatial variability 53 nanostructuring 53 Figure 2a 53 4mA 53 apolipoproteins 53 delocalization 53 magnesium ion 53 proteins nucleic acids 53 QCLs 53 ß amyloid 53 endothermic 53 Raman lasers 53 GOFs 53 multicrystalline cells 53 microRNA molecule 53 Infrared spectroscopy 53 μm diameter 53 mass spectrometric analysis 53 polymer nanocomposites 53 gate dielectric 53 binds quarks 53 silicate grains 53 ferric iron 53 binding affinity 53 nanocubes 53 Figure 4a 53 agarose 53 electrophysiologic 53 millimeter wavelengths 53 plasticizing 53 mass spectrometric 53 pseudogap phase 53 F actin 53 angiotensinogen 53 analyte 53 silicon monoxide 53 circumstellar 53 nitrides 53 GaN layer 53 inorganic compounds 53 Formic acid 53 capacitively coupled 53 viscosity 53 cyclic AMP cAMP 53 transparent conductive coatings 53 alkali metal 53 electrokinetic 53 thermal decomposition 53 nanowatts 53 temperature gradients 53 cuprates 53 temperature gradient 53 differential gene expression 53 ferromagnet 53 oligomer 53 nanofilms 53 ellipsometry 53 amplitudes 53 circularly polarized light 53 FWHM 53 diffracting 53 eigenvalue 53 nanomechanical devices 53 van der Waals forces 53 sequence homology 53 spheroidal 53 detuning 53 nanocoatings 53 magneto resistance 53 Schottky barrier 53 lubricin 53 X ray microscopy 53 adiabatic 53 oligomeric 53 spin excitations 53 Qspeed diodes 53 microfabricated 53 GaN wafers 53 spectrophotometric 53 neutron diffraction 53 metallic alloys 53 vibrational frequency 53 soluble solids 53 organic TFTs 53 processive 53 photonic crystal 53 biological macromolecules 53 UNCD 53 ZnS 53 boron carbide 53 dihydrogen 53 #BP# 53 Rydberg atoms 53 Exoscan 53 lithium niobate 53 Powerful debug 53 zinc oxide ZnO 53 austenitic stainless steels 53 silicon nanocrystals 53 nanolaser 53 adsorption 53 vibrational spectroscopy 53 nanostructured surfaces 53 reliabilities 53 punctate 53 Bose Einstein condensates 53 quantum bits qubits 53 hypericin 53 ellipsoids 53 multicrystalline silicon 53 figs. 53 Ca2 + 53 deformation 53 transistor leakage 53 amyloid beta peptides 53 asparagine containing food 53 cyclic voltammetry 53 optical resonator 53 millivolt 53 ultrapure 53 CMOS oscillator 53 PEEK OPTIMA 53 nanoprobe 53 fig. S2 53 SiO2 53 supercontinuum generation 53 photosystem II 53 surface plasmons 53 organometallic compounds 53 responsivity 53 NWs 53 post translational modifications 53 computational complexity 53 redox sensitive 53 transgene expression 53 NMR spectroscopy 53 xenobiotic 53 isotherm 53 conductive polymers 53 anticorrosive 53 oxide thickness 53 mismatched alloys