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(Click for frequent words.) 68 micrometer scale 67 nanomesh 67 crystallites 67 nanometric 67 inhomogeneities 66 nanotubes nanowires 66 subwavelength 66 uniaxial 66 thermal gradients 66 inhomogeneity 66 CdSe 66 microcavity 66 scanning electron microscopes 66 5μm 66 diffusion coefficient 65 adsorbate 65 spectroscopic analysis 65 absorption spectra 65 InAs 65 photoconductive 65 silica spheres 65 nanoribbon 65 Fig. 2B 65 SWNT 65 crystallinity 65 mesoscopic 65 nanodroplets 65 crystalline lattice 65 silica microspheres 65 fluorescence quenching 64 conductivities 64 spheroidal 64 micrometre 64 chlorophyll fluorescence 64 MWNT 64 cuticular 64 vanadium oxide 64 gelation 64 bismuth telluride 64 microcavities 64 superposed 64 pentacene 64 thermally induced 64 subnanometer 64 circular dichroism 64 diffraction grating 64 ε 64 filamentary 64 #.#nm [002] 64 helicity 64 HRTEM 64 SWCNT 64 electron doped 64 micrometre scale 64 atomic lattice 64 thermally activated 64 monodisperse 64 scanning tunneling microscopy STM 64 nanopatterned 64 macroscale 63 silicon waveguides 63 Schematic representation 63 silicon nanowire 63 Si substrate 63 quasiparticle 63 thermal conductivities 63 electron scattering 63 dimensional nanostructures 63 dipole moment 63 birefringence 63 diffusive 63 cobalt atoms 63 chemical reactivity 63 polariton 63 quantum mechanically 63 photonic bandgap 63 electronic excitations 63 nanosize 63 X ray absorption spectroscopy 63 heavy fermion 63 pentacene molecule 63 magnesium ion 63 macroscopically 63 bosonic 63 diffraction pattern 63 C# fullerenes 63 NWs 63 magnon 63 topological defects 63 spherical particles 63 Photonic crystals 63 colloidal particles 63 dielectric permittivity 63 donor acceptor 63 photobleaching 63 circumstellar 63 thermal decomposition 63 pore sizes 63 reaction kinetics 63 hydrophobicity 63 sonication 63 metallic nanostructures 63 backscattered 63 corona discharge 63 vesicle fusion 62 micrometre sized 62 exfoliated graphene 62 optomechanical 62 micrometer sized 62 Raman spectra 62 2μm 62 submicron 62 aperiodic 62 electron tunneling 62 piezoelectric properties 62 ZnO nanowires 62 temporal variability 62 calcium fluoride 62 nanotube arrays 62 trimers 62 fluorescence spectroscopy 62 fluorescence intensity 62 helium ions 62 backscattering 62 1μm 62 nanosized 62 silica nanoparticles 62 interparticle 62 agarose 62 silicate dust 62 graphene layers 62 femtosecond timescale 62 crystal lattices 62 photolithographic 62 nanobubbles 62 bilayers 62 nanometer spatial 62 acoustic impedance 62 molecules adsorbed 62 zeolite membranes 62 electron density 62 zinc oxide ZnO 62 Fig. 1a 62 catalytic reactions 62 absorption spectroscopy 62 SWIR cameras 62 photochemically 62 microlenses 62 particle morphology 62 nanoprobe 62 magnetisation 62 cementite 62 refractive indices 62 x ray scattering 62 functionalization 62 X ray scattering 62 Semiconducting 62 nonlinear optical 62 finely dispersed 62 crystalline silicates 62 optically pumped 62 Photolithography 62 colloidal crystals 62 anisotropic 62 dichromate 62 catalytically active 62 nano crystals 62 diffusivity 62 scanning electron 62 nanobubble 62 hollow cylinders 62 TappingMode 62 graphene circuitry 61 helical structures 61 microfluidic channels 61 macroscopic 61 X ray diffraction microscopy 61 electromechanical coupling 61 droplet sizes 61 TiO2 nanoparticles 61 hexagonal lattice 61 nanochannels 61 inorganic ions 61 Fig. 4a 61 stoichiometry 61 electrostatic attraction 61 silicide 61 nanoindentation 61 shear modulus 61 scanning tunneling microscopy 61 diffractive optical elements 61 optically transparent 61 antibody antigen 61 confocal laser scanning 61 absorption coefficient 61 Bragg grating 61 bistability 61 redox reactions 61 micron diameter 61 polystyrene spheres 61 self assembled monolayers 61 heterostructures 61 recrystallization 61 μm diameter 61 epitaxial layer 61 hydrated electron 61 x ray diffraction 61 supercurrent 61 nanoporous 61 paramagnetic 61 thermal conduction 61 optical waveguides 61 polymerizes 61 vibrational modes 61 nanowire transistors 61 photochemical processes 61 nanoscopic 61 nano fluidic 61 elastic deformation 61 oligomer 61 wettability 61 interstitial fluid 61 manganite 61 lattice mismatch 61 Coulomb blockade 61 nanoparticle arrays 61 Fig. 2b 61 interconversion 61 convex lens 61 proteinaceous 61 multi walled nanotubes 61 isotope fractionation 61 photosynthetic apparatus 61 superlenses 61 photonic crystal 61 nanometers billionths 61 spectroscopic techniques 61 superlattice 61 Photonic crystal 61 nanotube bundles 61 nanodots 61 spectroscopic technique 61 electromagnetic flux 61 meteoritic material 61 mesoporous 61 microstructured 61 particle sizes 61 bucky balls 61 sub angstrom 61 dopant atoms 61 nanomagnets 61 dephasing 61 intramolecular 61 barium titanate 61 Vadim Backman professor 61 electrical conductance 61 chromatogram 61 microns millionths 61 silicon atoms 61 nanopillars 61 electron proton 61 electron diffraction 61 equilibration 61 ionic currents 61 ARPES 61 quasicrystals 61 weakly interacting 61 perturbation theory 61 photon fluorescence 60 millimeter wavelengths 60 aligned carbon nanotubes 60 micelle 60 carbonate globules 60 physicochemical properties 60 icosahedral 60 ZnSe 60 heterogeneities 60 nonlinearities 60 nanorings 60 rheological 60 intermetallic 60 ultrasonic vibrations 60 colloidal quantum dots 60 intrinsic viscosity 60 Raman scattering 60 flowability 60 relativistic particles 60 cryo electron microscopy 60 weak gravitational lensing 60 CMOS transistors 60 yttrium barium copper 60 SWNTs 60 capacitive coupling 60 heterogeneous catalysts 60 bilayer graphene 60 Carbon nanotube 60 waviness 60 nanoribbons 60 van der Waals interactions 60 inhomogeneous 60 scanning electron micrograph 60 fluorescence emission 60 photocurrent 60 scanning microscopy 60 microscale 60 cosmic ray flux 60 conductive epoxy 60 self assembled monolayer 60 semiconducting nanowires 60 isotherms 60 resonance frequency 60 alkali atoms 60 toner particles 60 cadmium sulfide 60 absorbance 60 dynamical evolution 60 punctate 60 Fig. 2A 60 circularly polarized light 60 optical microscopy 60 scanning electron microscopy 60 powder diffraction 60 particulate contamination 60 coplanar 60 subcellular structures 60 Figure 1C 60 heterostructure 60 emission spectroscopy 60 compressive stresses 60 complexation 60 sub Angstrom 60 polypeptide chain 60 photolysis 60 viscoelastic properties 60 Perkinamine 60 nanomechanical 60 diffraction patterns 60 membrane pores 60 block copolymer 60 antiferromagnetic 60 resonant frequencies 60 zinc selenide 60 compressive stress 60 quasicrystal 60 fluorimetry 60 Fig. 1c 60 ferroelectricity 60 linewidths 60 microcracks 60 Fig. 1A 60 X ray pulses 60 polymer nanofibers 60 tholins 60 paraffin embedded tissue 60 monolayers 60 DFT calculations 60 ultrahigh vacuum 60 ZnS 60 5nm 60 lamellar 60 Optical tweezers 60 graphitic carbon 60 particle dispersion 60 GaP 60 nematic 60 magnetosomes 60 x ray absorption spectroscopy 60 Ascentis Express 60 baryonic 60 strontium titanate 60 gold nanoclusters 60 dentinal 60 supercooling 60 MWCNTs 60 scanning electron microscope SEM 60 deconvolution 60 lithographically 60 diffusion coefficients 60 fluid viscosity 60 plasmon 60 temperature gradients 60 coating thickness 60 MWCNT 60 crystalline solids 60 neutron diffraction 60 SAXS 60 nanocages 59 microtubes 59 catoms 59 photoelectron spectroscopy 59 metallisation 59 SiO 2 59 ultraviolet curable 59 quantum oscillations 59 lattice spacing 59 electrical impedance 59 scanning tunneling microscope STM 59 isotherm 59 toroid 59 poly L lysine 59 globular proteins 59 boron atoms 59 ultrashort pulses 59 conjugated polymers 59 nanolayers 59 agarose gel electrophoresis 59 crystallographic 59 silicon monoxide 59 YBCO 59 Dirac fermions 59 evanescent waves 59 inelastic scattering 59 dihydrogen 59 metal oxide nanoparticles 59 nanofabricated 59 hafnium oxide 59 microstructures 59 microlens 59 elastic modulus 59 subsurface scattering 59 supramolecular 59 carbon nanostructures 59 elastic moduli 59 quantum superpositions 59 collagen fibrils 59 sub micrometer 59 chromatograms 59 impurity atoms 59 polaritons 59 macromolecule 59 microscopic crystals 59 unicellular organisms 59 boron nitride 59 micropores 59 semiconducting properties 59 Fig. 3A 59 nanocomposite material 59 Electron microscopes 59 multilayers 59 fluorescently tagged 59 methanogenesis 59 surface plasmon resonance 59 nanotube sheets 59 antineutrino 59 equimolar 59 mu m 59 physico chemical 59 microcapsule 59 terahertz frequencies 59 #.#um [001] 59 intracavity 59 Young modulus 59 iron pnictides 59 superparamagnetic 59 bandgaps 59 cylindrically shaped 59 dielectric layers 59 cesium ions 59 rotaxanes 59 collimators 59 1nm 59 monolayer graphene 59 diamagnetic 59 interatomic 59 terahertz spectroscopy 59 neutrino mass 59 laser speckle 59 nanosheets 59 droplet formation 59 SDS PAGE 59 collisional 59 X ray microscopy 59 #S subunit 59 dynamical processes 59 intergranular 59 titania nanotubes 59 multiscale 59 lamellae 59 PbS 59 manganese oxide 59 wavefronts 59 ammonia NH3 59 photothermal 59 Entangled photons 59 helium nuclei 59 radiative transfer 59 topological insulators 59 IR spectra 59 polymer membranes 59 nanoparticle aggregates 59 gamma rays emitted 59 dispersive 59 UV wavelengths 59 nanorod 59 polymer matrices 59 rubidium vapor 59 biomineralization 59 spatially separated 59 iron arsenide 59 microscopy techniques 59 superluminal 59 laser scanning confocal 59 electrospray ionization 59 MWNTs 59 intermolecular forces 59 Josephson junctions 59 Fig. 3b 59 figs. 59 polyaniline 59 micrographs 59 piezoelectric crystals 59 experimentally demonstrated 59 thermal annealing 59 monochromator 59 nonequilibrium 59 superlens 59 Cryo EM 59 silica substrate 59 ultracold 59 synchrotron x ray 59 AlGaAs 59 electrons emitted 59 InSb 59 polar mesospheric clouds 59 nanoscale patterning 59 electrons positrons 58 Fig. 2a 58 heterojunctions 58 photostability 58 cobalt atom 58 metamaterial structures 58 inorganic salts 58 fullerene molecules 58 outcoupling 58 X ray spectroscopy 58 isotopic ratios 58 osmotic pressure 58 photochemical reactions 58 nanowire arrays 58 photoemission 58 X ray diffraction pattern 58 Bose Einstein Condensate 58 ultraviolet wavelength 58 nanoholes 58 graphene ribbons 58 intermolecular interactions 58 epitaxial layers 58 spontaneous fission 58 superlattices 58 enhanced Raman spectroscopy 58 frequency combs 58 synchrotron X ray 58 spatial coherence 58 hexagonal pattern 58 quinone 58 compressibility 58 airglow 58 quantum correlations 58 cadmium selenide 58 fluorescence microscope 58 sub picosecond 58 Michelson interferometer 58 nonconducting 58 nanofilm 58 absorber layer 58 ultracold atoms 58 vibrational spectroscopy 58 micrometer sized particles 58 radar interferometry 58 hexamers 58 quantum capacitance 58 multiwalled carbon nanotubes 58 calorimetric 58 Fig. 4b 58 spatiotemporal 58 GaN layer 58 cadmium chloride 58 etalon 58 x ray tomography 58 hydrodynamic radius 58 emittance 58 surface plasmon 58 microstructural 58 resonant cavity 58 tetragonal 58 optical sectioning 58 spherical particle 58 electroactive 58 thermal diffusivity 58 MOS transistors 58 deuterated 58 x ray spectroscopy 58 correlated electron 58 mammalian fatty acid 58 supersolid 58 pulsed laser deposition 58 fluorescent nanoparticles 58 solvation 58 graphene sheets 58 velocity dispersion 58 ruthenium oxide 58 denatured proteins 58 fibril 58 circularly polarized 58 heterotrophic 58 Xenopus embryos 58 fluorescent molecules 58 crustal rocks 58 cryo EM 58 tomographic 58 Supplementary Fig 58 atmospheric aerosol 58 amorphous silica 58 nanobelts 58 parasitic capacitance 58 ratiometric 58 microdroplets 58 quasiparticles 58 angstroms 58 RGB pixels 58 Confocal microscopy 58 anionic 58 radiative cooling 58 solvent evaporation 58 silica particles 58 microstrip 58 carbon nanotube electrodes 58 polymerisation 58 epitaxially 58 diffusion MRI 58 microtomography 58 autofluorescence 58 nanogels 58 galactic disk 58 multipartite entanglement 58 sorption 58 nanocrystalline materials 58 ultracold molecules 58 photoionization 58 stripline 58 epididymal 58 spatially resolved 58 friability 58 steric 58 cobalt ions 58 thermodynamically stable 58 piezoelectric crystal 58 interferometric 58 platinum Pt 58 lapilli 58 ab initio calculations 58 varying densities 58 organic TFTs 58 nitride layer 58 superconducting qubit 58 Mott insulator 58 metallic ions 58 vanadate 58 filamentary structure 58 coated nanoparticles 58 Joule heating 58 isoelectric point 58 electrochemically 58 F actin 58 thermal equilibrium 58 chiral compounds 58 collagenous 58 Fourier transform infrared spectroscopy 58 pn junctions 58 graphite oxide 58 friction coefficients 58 near infrared fluorescence 58 martensitic 58 sulfur atom 58 scintillator 58 ferromagnet 58 calcite crystals 58 sulfonated 58 quantum metrology 58 MSn 58 Silicon dioxide 58 6nm 58 protonated 58 magnetic excitations 58 delocalized 58 cavitations 58 SWCNTs 58 laser diffraction 58 P3HT 58 protein adsorption 58 polymer fibers 58 nanostructured silicon 58 photoelectron 58 tungstate 58 nanoliter 58 agarose gel 58 parylene 58 desorbed 58 post perovskite 58 enhanced Raman scattering 58 interfacial tension 58 micron sized 58 Chromatic aberration 58 sphericity 58 crystallite 58 microfabricated 58 transmissivity 58 electrospun 58 epitaxy HVPE 58 nonthermal 58 downwelling 58 macromolecular complexes 58 photosensors 58 fig. S1 58 semiconductor nanostructures 58 excitonic 58 zeta potential 58 photon flux 58 vanadium dioxide 57 impedance measurements 57 halide 57 enantiomeric 57 photon energies 57 bioaccumulates 57 microcantilevers 57 ellipsoids 57 linearly polarized 57 membrane lipids 57 delaminations 57 tensile modulus 57 inorganic molecules 57 ferro electric 57 pigment particles 57 quantum particle 57 ultracold temperatures 57 chemically reactive 57 nanoporous materials 57 magnetic vortices 57 multi celled 57 ^ sup -1 57 periodicities 57 macromolecules 57 orbital angular momentum 57 humic acids 57 gravitational interaction 57 hydroxides 57 nanoarrays 57 spectroscopically 57 linewidth 57 aqueous environments 57 antiferromagnets 57 photoemission spectroscopy 57 nanostructural 57 #.#μm [001] 57 lipid vesicles 57 zinc oxide nanowires 57 nonpolar 57 femtogram 57 glomerulus 57 annealing temperature 57 condensation nuclei 57 ion traps 57 coverslip 57 Fig. 4A 57 martensite 57 trabeculae 57 pellicle 57 QDs 57 Rayleigh scattering 57 hydrophobic interactions 57 spectral measurements 57 bioelectrical impedance 57 nanometer scale 57 nucleotide substitutions 57 nanoantennas 57 graphene nanoribbons 57 emit X rays 57 anisotropy 57 THz waves 57 hydroxyapatite crystals 57 acyclic 57 lithographically patterned 57 electrospray mass spectrometry 57 lipid membranes 57 sepal 57 pulse amplitude 57 magnetite crystals 57 stereochemical 57 microfluidic chips 57 diffracting 57 elemental composition 57 decoherence 57 fluorapatite 57 emission spectra 57 scanning electron microscopy SEM 57 capillary tubes 57 Schematic illustration 57 porous silica 57 electron bunches 57 dissipative 57 toroids 57 nanoscale particles 57 wavelet transform 57 Anisotropy 57 sigmoid 57 nanosized particles 57 porphyrins 57 metabolite concentrations 57 nanoclusters 57 '# patent relates 57 Electron microscopy 57 Figure 2a 57 perfluorinated 57 macroscopic objects 57 photochemistry 57 micrometres thick 57 photon counting 57 bacterial decomposition 57 transmission electron microscopy 57 depolymerization 57 Magnetic nanoparticles 57 lipoprotein particle 57 astrophysical objects 57 transgene expression 57 spectrophotometry 57 anterior posterior 57 semiconductor nanowires 57 supersymmetric particles 57 adsorbed onto 57 Liquid crystals 57 heterojunction 57 fig. S2 57 magnetization reversal 57 nanoscale dimensions 57 electrically conducting 57 piezoresistive 57 echogenicity 57 alkynes 57 tetrahedral 57 isomeric 57 atomically smooth 57 ferromagnetic materials 57 nano particle 57 thermo mechanical 57 polymer substrate 57 electron spins 57 lasing wavelength 57 photons particles 57 spicule 57 #.#mx #.#mx #.#m 57 fluorescent probes 57 GNRs 57 excitation energies 57 Raman spectroscopic 57 coherent superposition 57 magnetic permeability 57 roughening 57 AlGaN 57 chlorophyll molecules 57 emission spectrometer 57 amyloid peptides 57 organometallic compounds 57 microdissected 57 copper nanowires 57 multiphoton 57 morphologies 57 semiconducting materials 57 saturable 57 colloidal suspension 57 Nernst 57 frictional resistance 57 strontium isotope 57 photon detection 57 hysteresis loop 57 emitted photons 57 posttranslational 57 phototransistors 57 electrically insulating 57 enthalpy 57 conformational changes 57 circumstellar disk 57 sub micron 57 iron sulphides 57 photon absorption 57 functionalized 57 alpha particles 57 non dispersive infrared 57 diffracted 57 microcrystals 57 GaN wafers 57 translationally 57 CMOS fabrication 57 force microscopy AFM 57 volatilized 57 photoluminescence 57 electrostatic interactions 57 nanoscale 57 quasicrystalline 57 Figure 1A 57 SiO2 57 nanostructuring 57 barium carbonate 57 somites 57 enzyme kinetics 57 frictional heating 57 intermetallic compounds 57 RNA extraction 57 palladium Pd 57 reactive intermediates 57 electrical resistivity 57 AFM cantilever 57 polyhedral 57 Pollen grains 57 Dirac equation 57 dual damascene 57 specular reflection 57 single celled algae 57 water vapor permeability 57 silicon dioxide SiO2 57 formamide 57 nanometer sized 57 Antarctic stratosphere 57 ionization mass spectrometry 57 histidine 57 pearlite 57 rhombic 57 deformability 57 phospholipid membranes 57 tensile stress 57 semiconductor nanocrystals 57 microtiter plate 57 respirable 57 microscopic bubbles 57 superfluids 57 azobenzene 57 dI dV 57 resonance frequencies 57 #μ 57 gluon 57 pyroelectric 57 hollow spheres 57 epidermal cells 57 electron orbitals 57 MRFM 57 dipolar 57 cordierite 57 radiometric measurements 57 chalcogenide glass 57 opto electrical 57 monolayer 57 confocal microscopy 57 x ray beam 57 controllably 57 polystyrene beads 57 Near Infrared NIR 57 #nm #nm [002] 57 microwires 57 Langmuir Blodgett 57 Bulk density 57 bacterial genomes 57 UV photons 57 adrenocortical 57 pMOS 57 emit photon 57 x ray fluorescence 57 biological macromolecules 57 crystallins 57 hydrophobic compounds 57 millimetric 57 spin precession 57 metastable 57 synthetic aperture 57 microscopic 57 indium gallium nitride 57 wettable 57 particle sizing 57 interfacial properties 57 ionise 57 particle size 57 VY Canis Majoris 57 metallic nanoparticles 57 hydrophobic surfaces 57 polydimethylsiloxane 57 photoactivation 57 colorimetry 57 protein filaments 57 layer graphene 57 semiconductor quantum dots 57 polyacrylate 57 scanning optical microscopy 57 chemiluminescence 57 supercontinuum generation 57 alpha helical 56 fig. S4 56 MCF7 cells 56 P. putida 56 spectral bands 56 infrared spectra 56 beta.