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(Click for frequent words.) 72 superlattice 70 InAs 68 strontium titanate 68 colloidal crystals 67 microcavities 67 QDs 67 heterostructures 67 nanobelts 67 manganite 67 boron nitride 66 dipole moment 66 microcavity 66 polaritons 66 nanodots 66 ferroelectrics 65 nanoporous 65 quasicrystals 65 pentacene 65 Josephson junction 65 stilbene 65 silica spheres 65 trimers 65 silicon nanowire 65 ZnO nanowires 65 nanotubes nanowires 65 MWNT 65 nanocrystalline 65 Si substrate 65 nanowire transistors 64 paramagnetic 64 nitride semiconductor 64 YBCO 64 supramolecular 64 nanoelectromechanical 64 ferroelectricity 64 absorption spectroscopy 64 lithium niobate 64 toroid 64 donor acceptor 64 photonic bandgap 64 Josephson junctions 64 InN 64 ZnS 64 polariton 64 bismuth telluride 64 metallic nanostructures 64 nanochannels 64 nanorings 64 plasmon 64 crystallites 64 cadmium sulfide 64 SQUIDs 63 subwavelength 63 dimensional nanostructures 63 Mott insulator 63 monodisperse 63 uniaxial 63 semiconductor quantum dots 63 SWCNT 63 self assembled monolayer 63 hafnium oxide 63 nanobubble 63 SWNTs 63 carbon nanostructures 63 perovskite 63 electron doped 63 martensite 63 CdSe 63 MWCNT 63 ZnSe 63 spherical particles 63 rotaxanes 63 Schematic representation 63 block copolymer 63 heterostructure 63 Bose Einstein Condensate 63 single walled nanotubes 63 anisotropic 63 porphyrin 63 supramolecular structures 63 thermally activated 63 InSb 63 toroids 63 nanoelectromechanical systems 63 dielectric materials 63 porphyrins 62 GaN nanowires 62 soliton 62 semiconducting properties 62 GaSb 62 indium gallium arsenide 62 photothermal 62 bilayers 62 nanometric 62 nematic 62 toroidal 62 quasicrystal 62 zinc selenide 62 photonic crystal 62 nanolayers 62 multiferroic 62 electrochemical sensor 62 photoconductive 62 chalcogenide glass 62 nanostructures 62 semiconductor nanocrystals 62 nanostructure 62 micromachined 62 magnesium diboride 62 conjugated polymers 62 nanocrystals 62 microfabricated 62 optomechanical 62 Semiconducting 62 post perovskite 62 SWNT 62 metamaterial structures 62 nanocomposite material 62 nanotube arrays 62 semiconductor nanowires 62 ultrashort pulses 62 multilayers 62 cuprate 62 photomultiplier tubes 62 nanoscopic 62 MWNTs 62 birefringence 62 catalytically active 62 nanofabricated 62 bandgaps 62 aluminum nitride 62 nanodevice 62 walled carbon nanotube 62 dispersive 62 bucky balls 62 lanthanide 62 hollow spheres 62 nonequilibrium 62 nonlinear optical 62 tetramer 62 micrometer scale 62 colloidal nanocrystals 62 nanocluster 62 polycrystalline 62 powder diffraction 62 atomic lattice 62 tetragonal 61 nanofilm 61 colloidal particles 61 honeycomb structure 61 nanoribbons 61 nanocages 61 absorption spectra 61 electrocatalyst 61 corona discharge 61 nonmagnetic 61 SiO 2 61 nanomotors 61 photoionization 61 surface plasmon 61 polyaniline 61 Nanocrystals 61 yttrium barium copper 61 bosonic 61 photonic crystals 61 microstructures 61 monolayer 61 indium arsenide 61 semiconducting carbon nanotubes 61 dipolar 61 liquid crystalline 61 spectroscopic techniques 61 shear modulus 61 ultracold atoms 61 nanomesh 61 nanopillars 61 magnetoresistance 61 nanopatterned 61 intermetallic 61 quantum dot 61 silicon substrates 61 graphene layers 61 spherical nanoparticles 61 Ytterbium 61 nanosheets 61 linearly polarized 61 intramolecular 61 nanowire arrays 61 microdevices 61 optically pumped 61 barium titanate 61 iron arsenide 61 tetrahedral 61 multi walled nanotubes 61 weakly interacting 61 bilayer graphene 61 ultracold molecules 61 nanoclusters 61 hydrides 61 photoelectrochemical 61 optical microscopy 61 ferroelectric materials 61 nanocrystal 61 magnetosomes 60 Bose Einstein condensates 60 CMOS transistors 60 crystallographic 60 ion traps 60 titania 60 gallium indium arsenide 60 silicide 60 nanodiamond 60 site directed mutagenesis 60 scanning microscopy 60 tokamaks 60 conjugated polymer 60 PZT 60 ferroelectric 60 quasiparticle 60 chemically reactive 60 inorganic nanostructures 60 rotaxane 60 velocity dispersion 60 fluorescent nanoparticles 60 graphene nanoribbons 60 fluorescence quenching 60 MOS transistors 60 nanorod 60 semiconducting nanotubes 60 fluorescent probes 60 crystal lattices 60 heterogeneous catalysis 60 triangular lattice 60 microstructured 60 planar 60 semiconductor nanostructures 60 anisotropy 60 Bose Einstein condensation 60 PEDOT PSS 60 manganese oxide 60 ferromagnetism 60 magnetisation 60 polymer nanofibers 60 ARPES 60 semiconducting materials 60 InGaN 60 graphene sheet 60 semiconducting nanowires 60 bistability 60 electronic excitations 60 carbon nanotube CNT 60 indium gallium arsenide InGaAs 60 lipid membranes 60 DFT calculations 60 thermally stable 60 Fig. 2b 60 spectroscopic analysis 60 quantum dots 60 cadmium selenide 60 nanoelectronic devices 60 III nitride 60 nanomagnets 60 photoluminescence 60 Photonic crystals 60 mesoscopic 60 electron diffraction 60 HRTEM 60 superlens 60 semiconducting 60 nanosized 60 cuprates 60 GaN layer 60 bilayer 60 electrodynamics 60 epitaxial graphene 60 inorganic LEDs 60 pn junctions 59 micrometer sized 59 C# fullerenes 59 Grätzel cells 59 copper oxide superconductors 59 semiconducting material 59 helium atom 59 titania nanotubes 59 hydride 59 Dirac fermions 59 γ 59 ceria 59 silicon nanowires 59 chalcogenide 59 electroluminescence 59 colloidal crystal 59 biaxial 59 electrically insulating 59 oligomeric 59 bistable 59 martensitic 59 alkali metal 59 vapor deposition 59 interferometry 59 rheometer 59 crystalline solids 59 magnetic nanoparticle 59 nanowires 59 biological macromolecules 59 mesoporous 59 spheroidal 59 spherical particle 59 sulfur atoms 59 fibrillar 59 topological defects 59 scanning tunneling microscopy 59 microwires 59 palladium Pd 59 topological insulators 59 graphene sheets 59 monolayers 59 nitride 59 x ray absorption spectroscopy 59 superparamagnetic 59 dielectric layers 59 self assembled monolayers 59 polystyrene beads 59 heavy fermion 59 X ray microscopy 59 patterning technique 59 deformable mirror 59 vesicle fusion 59 fullerene 59 homogeneous catalysis 59 hydrophobicity 59 scanning electron microscopes 59 heterojunction 59 NMR spectra 59 gold nanoclusters 59 solvation 59 nanopowder 59 supersolid 59 exciton 59 optical waveguides 59 heterojunctions 59 ionization mass spectrometry 59 electron mobility 59 fused silica 59 icosahedral 59 monochromator 59 nanolaser 59 photochemically 59 ellipsoidal 59 Fig. 2a 59 SAXS 59 lipid vesicles 59 stoichiometry 59 AlGaN 59 laser spectroscopy 59 AlGaN GaN 59 antiferromagnetic 59 excitation energies 59 COFs 59 titanium aluminide 59 lattice mismatch 59 fermionic 59 collinear 59 nanosprings 59 quinone 59 photoemission 59 chlorophylls 59 nano crystals 59 crystallinity 59 inhomogeneity 59 InGaAs 59 SWCNTs 59 scanning tunneling microscopy STM 59 nanogels 59 interferometers 59 isotropic 59 photoconversion 59 quantum oscillations 59 X ray absorption spectroscopy 59 electrons orbiting 59 GaP 59 circular dichroism 59 hydrophobic surfaces 59 Fermions 59 hexagonal lattice 59 epitaxial layer 59 ferromagnetic 59 surface plasmons 59 carbene 59 crystalline structure 59 cobalt atoms 59 photoactivation 59 scanning tunneling microscope STM 59 photobleaching 59 differential scanning calorimetry 59 thermal conductivities 59 piezoresistive 59 exfoliated graphene 59 macromolecule 59 radical polymerization 59 NWs 59 perovskites 59 Fig. 1A 59 organic TFTs 59 SiON 59 nanoprobe 59 anode cathode 59 capacitively coupled 59 Nova NanoSEM 58 polymer membrane 58 interferometric 58 chromophore 58 diffusion coefficient 58 diffraction pattern 58 myosin VI 58 graphitic carbon 58 electrocatalysts 58 passivating 58 dielectric 58 Aerogels 58 nanodroplets 58 polymer scaffold 58 magnetic anisotropy 58 nanosphere 58 submicrometer 58 Raman spectra 58 Anisotropy 58 macroscale 58 thermo mechanical 58 electron spins 58 Fig. 3A 58 Schematic diagram 58 electrochemically 58 piezoelectric materials 58 spinel 58 nanocubes 58 Confocal microscopy 58 agarose 58 fission yeast 58 crystal lattice 58 vanadium dioxide 58 polymerizing 58 antimonide 58 ferro electric 58 vanadium oxide 58 Mg Fe 58 fermion 58 nonpolar 58 pyroelectric 58 scanning electron microscope SEM 58 Nernst 58 collimators 58 gelation 58 Fourier transform 58 titanium carbide 58 electroactive 58 spectroscopic methods 58 superfluids 58 silicon monoxide 58 Photonic Crystals 58 nanomechanical 58 electro optic modulator 58 magnetization 58 microtissues 58 oligomer 58 electrospinning technique 58 synchrotron X ray 58 PEDOT 58 NMR spectrometer 58 dimers 58 nanoscale structures 58 nanocrystalline materials 58 magnon 58 Nanowires 58 LiNbO3 58 photon energies 58 isotope fractionation 58 quasicrystalline 58 antiferromagnets 58 zeolite membranes 58 transmission electron microscopes 58 excitons 58 electrical resistivity 58 Rydberg atom 58 Si Ge 58 doped silicon 58 fluorescence excitation 58 ultrananocrystalline diamond 58 ionized gases 58 photosynthetic apparatus 58 spectroscopic technique 58 CNTs 58 microcrystals 58 2μm 58 IR spectra 58 Force Microscopy 58 high temperature superconductors 58 optical lattices 58 vanadate 58 quantum mechanically 58 cryo electron microscopy 58 nanospheres 58 Metamaterials 58 collagenous 58 P3HT 58 Coulomb blockade 58 PbS 58 antiparallel 58 crystalline lattice 58 boron atoms 58 electron tunneling 58 ultracold 58 silicate mineral 58 ultrathin layer 58 transparent conductive coatings 58 ε 58 Interferometric 58 transparent electrode 58 silica nanoparticles 58 dihydrogen 58 autotrophic 58 Micromechanics 58 multiwalled carbon nanotubes 58 yttria stabilized zirconia 58 electrospun 58 polymer membranes 58 disulfide bond 58 fluorescent molecules 58 spin precession 58 magnetic excitations 58 carbon nanotube electrodes 58 nonlinear optics 58 excitonic 58 collagen fibrils 58 Fabry Perot 58 Extracellular 58 selenide 58 X ray pulses 58 carbonate globules 58 particle acceleration 58 MEMS resonators 58 tin oxide 58 pulsed laser deposition 58 photosystem II 58 Fig. 1a 58 neutrino mass 58 hexamers 58 inhomogeneous 58 microscopy techniques 58 fluorophores 58 rotationally symmetric 58 nanochannel 58 laser excitation 58 dimensional electron 58 photomultipliers 58 silicon Mach Zehnder 58 Silicon Germanium 58 piezoelectric crystals 58 nanobubbles 57 quantum coherence 57 Type Ia 57 μm diameter 57 vibrational spectroscopy 57 piezoelectric ceramic 57 photolysis 57 relaxivity 57 epitaxial layers 57 photomultiplier 57 hydrated electron 57 hydride vapor phase 57 aerogels 57 lithographically 57 optical lattice 57 halides 57 Fig. 1c 57 silicon Si 57 lithographic techniques 57 epitaxially grown 57 PEDOT nanotubes 57 fluorescence spectroscopy 57 periodic oscillations 57 tetrahedron 57 superlenses 57 macroporous 57 indium gallium nitride InGaN 57 magnesium ion 57 AlN layer 57 chalcogenides 57 lamellar 57 carbon nanotubes 57 phytochrome 57 chemical reactivity 57 ATRP 57 FinFET 57 hollow nanospheres 57 silicon nitride 57 Rayleigh scattering 57 photoelectron spectroscopy 57 excitations 57 chemisorption 57 undoped 57 polymer substrate 57 UV lasers 57 tokamak 57 SDS PAGE 57 superconducting electrons 57 superposed 57 Plasmonic 57 Nanomechanical 57 oxide semiconductor 57 nanomembranes 57 anodic 57 nano electromechanical systems 57 Fullerene 57 intermediate filaments 57 PIN photodiode 57 zinc oxide ZnO 57 heterogeneous catalysts 57 hollow cylinders 57 permittivity 57 emission spectra 57 dissipative 57 oligomerization 57 micrometre sized 57 collimated 57 layer graphene 57 boron nitride nanotubes 57 coiled coil 57 parylene 57 weak gravitational lensing 57 microelectromechanical 57 microfluidic chip 57 inhomogeneities 57 millimeter wavelengths 57 carbon nanotube arrays 57 elastic modulus 57 dopant 57 experimentally demonstrated 57 nitrogen doped 57 AlGaAs 57 proton magnetic resonance 57 superconducting qubit 57 nanoparticle arrays 57 gate dielectric 57 tunable diode laser 57 diffractive optics 57 x ray scattering 57 lanthanum aluminate 57 aperiodic 57 bandgap 57 superconductive 57 scintillator 57 cryostat 57 Czochralski 57 scanning tunneling microscope 57 Ascentis Express 57 indium tin oxide ITO 57 biominerals 57 redox reactions 57 metallisation 57 nanotube sheets 57 silicon micromachining 57 biomolecule 57 valence electrons 57 dielectric layer 57 unconventional superconductivity 57 graphene transistors 57 indium gallium phosphide 57 polar mesospheric clouds 57 DSSCs 57 diatomic 57 graphene circuitry 57 ultraviolet photons 57 dielectrophoresis 57 lanthanum strontium 57 vibrational modes 57 solitons 57 AlN 57 gallium selenide 57 magnesium fluoride 57 synthases 57 Schematic illustration 57 1μm 57 relativistic particles 57 Fig. 2B 57 Fig. 4a 57 conductivities 57 microfluidic channels 57 graphene 57 scanning electron microscopy SEM 57 complexation 57 carbonaceous chondrites 57 spectroscope 57 neutrino experiments 57 quantum metrology 57 nanodevices 57 metastable 57 alkali metals 57 supercritical fluid 57 indium tin oxide 57 actinide 57 borosilicate glass 57 Aâ 57 photocatalysts 57 hydrophobic interactions 57 Superconducting 57 perturbation theory 57 Fig. 4b 57 fluorescence resonance energy 57 optical waveguide 57 transmission electron microscope 57 coexpression 57 magnesium Mg 57 neutron diffraction 57 transferase 57 eutectic alloy 57 metallic nanoparticles 57 Field Effect Transistor 57 graphite oxide 57 photochemical processes 57 MWCNTs 57 nano fluidic 57 inorganic ions 57 micrometre scale 57 spintronic device 57 reflectometry 57 nanofilms 57 optical spectroscopy 57 cultured hippocampal neurons 57 chondrules 57 nanoarrays 57 surface plasmon resonance 57 electrospinning 57 conductive epoxy 57 titanate 57 nanometer sized 57 magnetization reversal 57 transistor amplifier 57 GaN wafers 57 photonic crystal fiber 57 confocal laser scanning 57 semiconductive 57 substituents 57 alkenes 57 transparent conductive oxides 57 sulfur atom 57 proton decay 57 nickel titanium alloy 57 Bragg grating 57 PLLA 57 block copolymers 57 topological insulator 57 F actin 57 enhanced Raman scattering 57 adiabatic 57 nano porous 57 chlorosome 57 silicate glass 57 photon beams 57 dielectrics 57 hematoxylin 57 sorption 57 NdFeB 57 Mesoporous 56 calorimetric 56 frequency comb 56 ChIP chip 56 neutron scattering experiments 56 Bose Einstein condensate 56 ionise 56 amorphous silica 56 catalytic reactions 56 wirewound 56 crystallite 56 gold nanorods 56 lamella 56 protein filaments 56 fluorescence detection 56 crosslinked 56 cobalt atom 56 ultrahigh vacuum 56 circumstellar disk 56 mammalian fatty acid 56 mammalian brains 56 nanotubes 56 SiO 56 crystalline silicon photovoltaic 56 electron scattering 56 gold nanostars 56 nanostructuring 56 Fullerenes 56 wavefunction 56 ν 56 electrophoretic 56 pearlite 56 conduction electrons 56 magnetically coupled 56 microbeads 56 ribonuclease 56 σ 56 polypeptide chain 56 RecA 56 electron transistor 56 zinc oxide nanowires 56 nanorods 56 calcium fluoride 56 nanometers billionths 56 thermodynamic properties 56 graphene membranes 56 fig. S6 56 ytterbium 56 ionic conductivity 56 polar solvents 56 nano crystalline 56 monolayer graphene 56 MQW 56 Federico Capasso 56 recrystallized 56 photosystem 56 hydrogens 56 5μm 56 transgenic mice expressing 56 nanocomponents 56 formamide 56 lithographic processes 56 photonic devices 56 ferrites 56 GaN LEDs 56 nanosystems 56 hydrogenase 56 electron pairing 56 resonators 56 piezo actuators 56 microlasers 56 electrospray ionization 56 aligned carbon nanotubes 56 nitrides 56 niobate 56 biologically inert 56 photon counting 56 Nanostructured 56 CMOS fabrication 56 Femtosecond 56 electro optic plastics 56 ATPases 56 optical coherence 56 hexose 56 tetramers 56 ATP synthase 56 inorganic nanoparticles 56 Young modulus 56 retroreflector 56 photon microscopy 56 ultraviolet lasers 56 colloid 56 nano particulate 56 bismuth ferrite 56 deuterated 56 nanoholes 56 epitaxy HVPE 56 pnictides 56 silica particles 56 Chlamydomonas reinhardtii 56 electrically conductive 56 neodymium praseodymium 56 intercalation 56 FTIR spectroscopy 56 filamentary 56 thermosensitive 56 polyphase 56 helicity 56 vibrationally excited 56 Raman scattering 56 TiN 56 nanoantenna 56 supercritical CO 56 magnetic bead 56 nano particle 56 austenitic stainless steel 56 spatially resolved 56 nanowire 56 functionalization 56 Nanopores 56 Fig. 1d 56 micron sized 56 frequency combs 56 macromolecular complexes 56 indium gallium 56 laser interferometer 56 photocurrent 56 intermolecular interactions 56 ellipsometry 56 morphologies 56 cementite 56 cadmium selenium 56 protonated 56 halide 56 optically transparent 56 photochemical reactions 56 chiral molecules 56 aluminum gallium nitride 56 Schottky barrier 56 rubidium vapor 56 femtosecond laser pulses 56 QCLs 56 nanostructured materials 56 nanosized particles 56 functionalized 56 6S RNA 56 pn junction 56 dye sensitized 56 electron optics 56 dynamical evolution 56 colloidal 56 Nanorods 56 enzyme kinetics 56 sodium alanate 56 thermal decomposition 56 Fig. 4A 56 homodimers 56 synchrotron x ray 56 biomineralization 56 scale invariance 56 nonthermal 56 nanogenerators 56 macroscopic objects 56 fig. S1 56 nanostructured silicon 56 Tunable 56 submicron 56 waveguide 56 zinc sulfide 56 electroactive polymer 56 plasmonic 56 beta tubulin 56 nanosecond pulse 56 electrochemical capacitors 56 adsorption isotherms 56 ferromagnet 56 force microscopy AFM 56 nonconducting 56 eukaryotic cell 56 emission wavelength 56 graphene nanoribbon 56 quantum capacitance 56 chlorine atom 56 GaN substrates 56 Absorption Spectroscopy 56 biocompatible polymer 56 microscopic crystals 56 Super Kamiokande 56 PEEK OPTIMA 56 photolithographic 56 micellar 56 quasiparticles 56 diamagnetic 56 cadmium sulphide 56 carbenes 56 electrophilic 56 coplanar 56 molecules adsorbed 56 pyrophosphate 56 Carbon nanotube 56 electrodeposition 56 pore sizes 56 condensin 56 light emitting transistor 56 oxide nanowires 56 inelastic scattering 56 deformable mirrors 56 germanium substrates 56 X ray scattering 56 enzymatic hydrolysis 56 endonuclease 56 glutamyl 56 orbital angular momentum 56 micromirror 56 Magnetically 56 thermal gradients 56 nanoantennas 56 nanoprobes 56 dye molecules 56 dopants 56 anionic 56 gate electrode 56 deconvolution 56 adsorptive 56 magnetic dipole 56 Nanotube 56 Nanofibers 56 morphogen 56 iron pnictides 56 gallium nitride 56 fibril 56 circularly polarized 56 disulfide bonds 56 microchannel plate 56 nanopatterns 56 interparticle