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(Click for frequent words.) 69 hydrogens 67 bandgaps 67 orbitals 67 nucleon 67 nitrogen atoms 66 dipole moment 65 boron atoms 65 crystal lattices 65 dopant 65 oxygen atom 65 catalytically active 65 diatomic 65 wavefunction 64 chlorine atom 64 polaritons 64 ferroelectricity 64 porphyrin 64 electronic excitations 64 unpaired electrons 63 supercurrent 63 carbon atom 63 covalent bond 63 sulfur atom 63 radiative recombination 63 cobalt atoms 62 sulfur atoms 62 steric 62 unpaired electron 62 covalent bonds 62 disulfide bonds 62 molecular orbitals 62 fermion 62 Fermions 62 crystallites 62 nanomotors 62 dimer 62 spherical particles 62 adsorbate 62 nonmagnetic 62 intramolecular 62 bosonic 62 nanoclusters 62 exciton 62 interconversion 62 graphene layers 62 conduction electrons 62 nucleons 61 antiferromagnetic 61 silicon atoms 61 dye molecules 61 nanodots 61 quasiparticle 61 magnetisation 61 surface plasmon 61 chemically reactive 61 electron spins 61 trimers 61 alloying elements 61 redox reactions 61 biomolecule 61 paramagnetic 61 intermolecular 61 cuprate 61 hydrogen atom 61 chiral molecules 61 cyclization 61 donor acceptor 61 dielectric constants 61 pn junction 61 electron density 61 hexamers 61 vibrational modes 61 toroid 61 alkynes 61 atoms 61 undoped 60 photon energies 60 hydrophobic interactions 60 electrophilic 60 dopants 60 anions 60 photonic bandgap 60 magnetic dipole 60 hydrophobicity 60 intermetallic 60 magnetic anisotropy 60 ferromagnetic materials 60 oxygen atoms 60 moieties 60 nonlinear optical 60 interparticle 60 mesoporous 60 chemical reactivity 60 colloidal particles 60 dimers 60 electrons orbiting 60 oppositely charged 60 excitations 60 actinides 60 van der Waals forces 60 isotope fractionation 60 conjugated polymers 60 isomeric 60 Mott insulator 60 gold nanoclusters 60 polariton 60 ferromagnetism 60 Fig. 2b 60 electrical conductance 60 manganese atoms 60 cementite 60 osmium 60 nitrogen atom 60 phosphorus atom 60 photosystem II 60 valence band 59 antiferromagnets 59 MWNT 59 fermionic atoms 59 quantum mechanically 59 tetramers 59 fermions 59 weakly interacting 59 allotrope 59 Fig. 4b 59 collagen fibrils 59 rubidium atom 59 nanorod 59 hyperfine 59 electron 59 ferromagnet 59 nanometric 59 cuprates 59 macrocycle 59 superatom 59 electron affinities 59 microcavities 59 alkene 59 baryon 59 carbene 59 heterogeneous catalysts 59 dipolar 59 boron nitride 59 fig. S1 59 Hydrogen atoms 59 anode cathode 59 kcal mol 59 cobalt atom 59 phonons 59 W bosons 59 carbonate globules 59 excitons 59 quantum coherence 59 inorganic ions 59 nanosized 59 elastic modulus 59 poly L lysine 59 electron doped 59 chemically bonded 59 nanochannels 59 bosons 59 ZnSe 59 nanocluster 59 nanolayers 59 electrons 59 fig. S2 59 dissipative 59 tetrahedral 59 strontium titanate 59 valence electron 59 thermodynamically stable 59 concentration gradient 59 metastable 59 thermally activated 59 nanomagnets 59 kT 59 fullerene 59 actinide 59 Fig. 2a 59 Josephson junctions 58 boron nitride nanotubes 58 MWCNT 58 silicon monoxide 58 X ray binaries 58 quasicrystals 58 dielectric layer 58 crystallinity 58 magnesium ion 58 electron orbitals 58 B meson 58 diene 58 isomers 58 Si substrate 58 fluorine atoms 58 stoichiometry 58 electrostatic interactions 58 helium atom 58 lanthanum strontium 58 Entangled photons 58 hafnium oxide 58 heterojunctions 58 orbital angular momentum 58 photoconductive 58 Bosons 58 photon beams 58 substituents 58 excitation energies 58 inhomogeneous 58 antiparallel 58 hydrides 58 microcavity 58 hydrophobic molecules 58 birefringence 58 γ 58 selenide 58 quasiparticles 58 photocurrent 58 electron pairs 58 nanopillars 58 ZrO 2 58 zinc ions 58 disulfide 58 neutralinos 58 crystal lattice 58 antiparticle 58 atomic lattice 58 silicate minerals 58 alkali atoms 58 resonance frequencies 58 magnesium ions 58 nanocages 58 magnetic excitations 58 semiconducting material 58 formate 58 monolayers 58 nanocrystal 58 pentacene 58 magnons 58 moduli 58 self assembled monolayers 58 iron arsenide 58 quinone 58 Fig. 3b 58 superparamagnetic 58 magnetic flux 58 martensite 58 photoactive 58 catalytic reactions 58 Fig. 1c 58 pnictides 58 electron transistor 58 Josephson junction 58 electrostatic attraction 58 semiconducting materials 58 electrocatalyst 58 silicon crystals 58 anisotropy 58 gate electrode 58 electrons emitted 58 chalcogenide 58 eutectic 58 pMOS 58 chromophore 58 tetramer 58 polypeptide chain 58 relaxivity 58 titania nanotubes 58 carbides 58 tetragonal 58 enantiomeric 58 fluorescence spectra 58 nanotubes nanowires 57 electrostatic repulsion 57 quantum superposition 57 reactants 57 toroids 57 dihydrogen 57 electron positron pairs 57 porphyrins 57 electron tunneling 57 rotaxane 57 protonated 57 cytochromes 57 anion 57 multiferroic 57 desorbed 57 electron scattering 57 hydride 57 Fig. 1d 57 meV 57 chemisorption 57 sodium atoms 57 dielectric materials 57 disulfide bond 57 icosahedral 57 nitrogenase 57 bilayer 57 cesium ions 57 antibody antigen 57 filamentary 57 neutrino mass 57 stilbene 57 σ 57 Fig. 4B 57 antineutrino 57 triangular lattice 57 phosphorus atoms 57 amyloid peptides 57 van der Waals interactions 57 chlorophylls 57 solvation 57 carbonyls 57 NdFeB 57 nuclei 57 extracellular proteins 57 membered rings 57 bandgap 57 quasicrystal 57 vibrationally excited 57 cadmium selenide 57 unconventional superconductivity 57 octahedral 57 electron proton 57 thiol 57 Z boson 57 superlattices 57 spicule 57 spontaneous fission 57 conductivities 57 adatoms 57 dimensional nanostructures 57 ab initio calculations 57 nanodroplets 57 supramolecular 57 pearlite 57 mesons 57 epoxide 57 ε 57 iron pnictides 57 graphitic carbon 57 κ 57 threshold voltages 57 topological insulators 57 Bose Einstein condensation 57 plasmon 57 germanium antimony 57 thiols 57 dispersive 57 quanta 57 magnetization 57 electric dipole 57 chirality 57 Raman scattering 57 diamagnetic 57 platinum Pt 57 emit photon 57 imine 57 alkyl 57 nanocrystalline 57 electrochemical reactions 57 resonant frequencies 57 membered ring 57 nitrides 57 dopant atoms 57 gate dielectrics 57 nanotube arrays 57 lipid bilayer 57 magnetosomes 57 pn junctions 57 UV photons 57 protein filaments 57 calcium fluoride 57 superlattice 57 californium 57 polarized electrons 57 alpha particles 57 strange quark 57 nitride semiconductor 57 ATP hydrolysis 57 dipoles 57 qubit quantum 56 actin binding 56 SiO 2 56 strange quarks 56 quantum particle 56 racemic mixture 56 nitride layer 56 tensile stress 56 bistable 56 magnon 56 superatoms 56 bipyridine 56 solitons 56 QDs 56 magnetic permeability 56 anionic 56 ultracold molecules 56 SWNTs 56 agglomerates 56 amino acid residues 56 isotropic 56 fluorescent probes 56 ferromagnetic 56 silicon Si 56 carbenes 56 ionic conductivity 56 organometallic compounds 56 nanosize 56 λ 56 ligand receptor 56 macromolecule 56 spheroidal 56 magnetization reversal 56 high temperature superconductors 56 thermal conductivities 56 hydrogen ions 56 ferromagnets 56 magnetic bead 56 soluble proteins 56 focal adhesions 56 tetrahedra 56 epitaxial layer 56 motor windings 56 micrometer scale 56 CdSe 56 zinc selenide 56 quantum oscillations 56 fluorescent dye molecules 56 dielectric layers 56 lipid membrane 56 photon fluorescence 56 chondritic 56 YBCO 56 beta tubulin 56 unreacted 56 circumstellar 56 plastid 56 bilayer graphene 56 enzymatic reactions 56 lanthanides 56 hydroxide ions 56 emission spectra 56 1μm 56 cadmium sulfide 56 cobalt ions 56 amyloid fibers 56 ruthenium catalyst 56 cell organelles 56 μm diameter 56 fluorescence intensity 56 coercivity 56 delocalized 56 titin 56 NMR spectra 56 nanosheets 56 W boson 56 palladium nanoparticles 56 oligomer 56 lipid membranes 56 cuprate superconductors 56 hydrogen atoms 56 eigenvalues 56 resonant frequency 56 DFT calculations 56 lepton 56 conformations 56 magnetic monopoles 56 coplanar 56 cm -3 56 nanometer sized 56 histidine 56 saturable 56 decoherence 56 electron spin 56 intrinsic viscosity 56 optical resonator 56 eutectic alloy 56 helium nuclei 56 monodisperse 56 electron orbiting 56 micelle 56 ultracold atoms 56 resonance frequency 56 oscillation frequency 56 electron pairing 56 unreactive 56 vibrational frequency 56 martensitic 56 self assembled monolayer 56 organometallic 56 lattice mismatch 56 fluorescence quenching 56 parasitic capacitance 56 cesium atoms 56 titania 56 resonant tunneling 56 amide 56 crosslinks 56 photon absorption 56 germanium silicon 56 quantum phenomena 56 copper sulfide 56 hysteresis loop 56 nanoporous 56 ferric iron 56 ferroelectrics 56 nematic 56 bistability 56 cysteines 56 perovskite 56 Fig. 4A 56 NWs 56 conventional superconductors 56 Young modulus 56 intermolecular forces 56 ytterbium 56 methyl groups 56 Mott insulators 56 nanohorns 56 chromophores 56 silica spheres 56 intermetallic compounds 56 ferritic 56 ions 56 Eq. 56 ATRP 56 nano crystals 55 magnesium Mg 55 protein subunits 55 copper oxide superconductors 55 semiconductive 55 microstructures 55 metallic nanostructures 55 site directed mutagenesis 55 compressibility 55 chalcogenides 55 polystyrene spheres 55 infrared photons 55 Supplementary Fig 55 colloidal crystals 55 SWCNT 55 fluorescent nanoparticles 55 reaction kinetics 55 semiconductor nanocrystals 55 endonuclease 55 metallic ions 55 elongated orbits 55 nonequilibrium 55 antiparticles 55 thermal conductance 55 Vps# 55 CAIs 55 photosystems 55 quantum metrology 55 graphane 55 bilayers 55 refractive indices 55 sorption 55 semiconductor nanowires 55 heterostructures 55 quantum bits qubits 55 Fig. 4a 55 momenta 55 semiconducting properties 55 COOH 55 quantum correlations 55 diffusible 55 potassium sodium 55 SMBHs 55 microlenses 55 semiconducting carbon nanotubes 55 helium atoms 55 Formic acid 55 divalent 55 oxide nanowires 55 pore sizes 55 nanogels 55 polymer membranes 55 fluorescent molecules 55 multi walled nanotubes 55 galactic disk 55 silicide 55 manganite 55 gluon 55 silicon nanowire 55 uranyl 55 fermionic 55 doped silicon 55 capacitances 55 inductances 55 capacitive coupling 55 Raman spectra 55 MoS2 55 multilayers 55 aluminate 55 compressive stress 55 meson 55 JILA scientists 55 absorption coefficient 55 halides 55 pyrimidine 55 thermally stable 55 nucleophilic 55 ionized oxygen 55 spin excitations 55 cadmium selenium 55 isotopic compositions 55 scintillator 55 nanoprobe 55 dielectric constant 55 macroscopically 55 agarose 55 physicochemical properties 55 hydrogen nuclei 55 diffusion coefficient 55 neutrons 55 colloidal nanocrystals 55 linewidth 55 nanodiamond 55 SMBH 55 InAs 55 pion 55 Memristors 55 stoichiometric 55 Schematic representation 55 uracil 55 carbonaceous chondrites 55 atomic orbitals 55 avalanche photodiode 55 Bose Einstein Condensate 55 adduct 55 nucleobases 55 diffraction pattern 55 fissile isotope 55 nanocubes 55 proton pump 55 microchannel plate 55 CMOS transistors 55 superposed 55 magnetic vortices 55 carboxylate 55 alkane 55 velocity dispersion 55 tin oxide 55 semiconducting nanowires 55 x ray scattering 55 gallium indium 55 baryons 55 nanobelts 55 ring resonators 55 fluorophore 55 absorption spectra 55 dichromate 55 superpositions 55 carbon nanostructures 55 fluorescence emission 55 anthracene 55 silicon waveguides 55 Bose Einstein condensates 55 post perovskite 55 silicate dust 55 helices 55 superfluids 55 interfacial 55 intermolecular interactions 55 ultrananocrystalline diamond 55 piezoelectric properties 55 Rydberg atom 55 oligomeric 55 analyte 55 φ 55 fluorine atom 55 alloying element 55 actin filaments 55 protons neutrons 55 nanosized particles 55 electrically insulating 55 Fig. 1a 55 atomic nuclei 55 hydrophobic surfaces 55 soliton 55 Z bosons 55 ellipsoids 55 triphosphate 55 ferro electric 55 helical structures 55 dynamical evolution 55 kD 55 friction coefficients 55 interatomic 55 alpha helical 55 zirconium oxide 55 enthalpy 55 ceria 55 carbonyl 55 yttrium barium copper 55 MOS transistors 55 photocatalysts 55 hydrogenase 54 dynamin 54 heavy fermion 54 perturbation theory 54 microfabricated 54 LiNbO3 54 aliphatic 54 graphene nanoribbons 54 inhomogeneity 54 passivated 54 photochemical reactions 54 electron neutrino 54 adsorptive 54 polymerized 54 interfacial properties 54 polyphosphates 54 superconductive 54 thermodynamically 54 nanocrystals 54 rotaxanes 54 inorganic compounds 54 radiative 54 electron acceptors 54 thermodynamic properties 54 microlens 54 nanomesh 54 MeV 54 inhomogeneities 54 streptavidin 54 hexamer 54 chondrites 54 magnetoresistance 54 lipoprotein cholesterol 54 Ni Fe 54 relativistic particles 54 lamellae 54 reactive intermediates 54 relativistic protons 54 nebular 54 Muons 54 stereochemical 54 PMOS transistors 54 F actin 54 spin precession 54 vibrational excitation 54 crystalline solids 54 AGNs 54 fluorophores 54 photochemically 54 parasitic capacitances 54 monomeric 54 micrometre sized 54 leptons 54 titanium oxides 54 neuroligins 54 rubidium atoms 54 polar solvents 54 spectroscopic techniques 54 micrometer sized particles 54 fibrillar 54 fibril 54 photoelectrochemical 54 electron neutrinos 54 microRNA molecule 54 nucleotide substitutions 54 impurity atoms 54 amino acid substitutions 54 k dielectric 54 spectroscopic technique 54 crosslinked 54 ultradense 54 phototransistor 54 CaO 54 antiprotons 54 axions 54 coiled coil 54 P3HT 54 absorption spectroscopy 54 dielectrics 54 liquid crystalline 54 lattice vibrations 54 Magnetic nanoparticles 54 dI dV 54 thiourea 54 photoluminescence 54 cm -2 54 proton neutron 54 patterning technique 54 electroluminescence EL 54 disulphide 54 topological defects 54 cesium atom 54 mRNA molecules 54 spatially separated 54 isoelectric point 54 laser excitation 54 gate dielectric 54 stereochemistry 54 adsorbed onto 54 photons particles 54 phonon 54 heterostructure 54 homogeneous catalysts 54 thymine 54 nuclides 54 uranium thorium 54 alkali metal 54 lanthanide 54 diffraction grating 54 vanadium dioxide 54 spherical shapes 54 neutralino 54 globular proteins 54 nonlinearities 54 quantum superpositions 54 conductive epoxy 54 III nitride 54 silica nanoparticles 54 x ray absorption spectroscopy 54 RecA 54 nanostructure 54 emittance 54 hydrated electron 54 ion traps 54 crystallins 54 conformers 54 eclogitic 54 bucky balls 54 figs. 54 asparagine containing food 54 viscoelasticity 54 THz radiation 54 samarium 54 aryl 54 photochemical reaction 54 adsorb 54 lithium atoms 54 epoxides 54 toroidal 54 solubilizing 54 functionalization 54 τ 54 helium ions 54 photomultiplier 54 sorbed 54 spherically symmetric 54 nanoparticle arrays 54 graphene membrane 54 GAPDH 54 kaons 54 Fig. 3a 54 titanium oxide 54 aragonite 54 nucleotide sequences 54 ARPES 54 superconduct 54 C# fullerenes 54 photons emitted 54 absorbance 54 silicate 54 supersolid 54 refractive index 54 acetyl CoA 54 silicate glass 54 ZnO nanowires 54 emulsion droplets 54 Fig. 1A 54 excitonic 54 sodium magnesium 54 finely dispersed 54 micrometre 54 diffusive 54 deuterium atoms 54 osmotic pressure 54 equilibration 54 controllably 54 RNA strands 54 GAGs 54 nanosprings 54 photochemistry 54 5μm 54 orthogonally 54 thermal gradients 54 flowability 54 ionize 54 carboxylic acids 54 asymmetric catalysis 54 nanomechanical devices 54 cuticular 54 metallic nanotubes 54 anisotropic 54 graphene electrons 54 gelation 54 gravitational radiation 54 tyrosine 54 asparagine 54 kinesins 54 metalloproteins 54 deformability 54 electron beams 54 subwavelength 54 chlorophyll molecules 54 binding affinities 54 photoionization 54 shear modulus 54 conjugated polymer 54 molecules adsorbed 54 guanine 54 enzymatic pathways 54 Fig. 3A 54 halide 54 excitation 53 polymorphs 53 single walled nanotubes 53 flavin 53 thermally conductive 53 vesicle fusion 53 semiconducting nanotubes 53 nanomechanical 53 chlorine atoms 53 Coulomb blockade 53 dimensional photonic crystal 53 poly dA 53 nanoelectronic devices 53 positronium 53 transferase 53 membrane fusion 53 zinc sulfide 53 η 53 Auger recombination 53 single photon detectors 53 neodymium Nd 53 proton gradient 53 Dirac fermions 53 lipid molecules 53 hexose 53 phytochrome 53 eddy currents 53 gallium indium arsenide 53 ω 53 spintronic 53 surface plasmons 53 intracellular pH 53 adenine 53 photosystem 53 ferrite magnets 53 photoemission 53 biological molecules 53 ion flux 53 calcite crystals 53 IR spectra 53 spherical nanoparticles 53 oligomers 53 absorbs ultraviolet 53 DSSCs 53 endocytic 53 pentoxide 53 covalent bonding 53 fibrin gel 53 linker molecules 53 oxidations 53 particle acceleration 53 SNARE proteins 53 synthases 53 nanosecond pulse 53 dumbbell shaped 53 microstructured 53 Diels Alder reaction 53 4H SiC 53 COFs 53 Nernst 53 barium titanate 53 silica substrate 53 dye sensitized cells 53 conductance 53 UV wavelengths 53 aluminosilicate 53 unpatterned 53 GaN layer 53 submicroscopic 53 saccharide 53 molybdenum disulfide 53 actin filament 53 uniaxial 53 silicate grains 53 manganese atom 53 GOFs 53 potassium atoms 53 tRNAs 53 Fig. 2B 53 praseodymium 53 Aâ 53 semiconducting 53 frequency harmonics 53 gravitational interaction 53 helicity 53 etchant 53 solutes 53 diffusivity 53 fig. S6 53 barium sulphate