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(Click for frequent words.) 67 vibrational frequency 62 interatomic 61 electronic excitations 61 resonance frequency 60 adsorbate 59 photon energies 59 crystallites 59 stoichiometry 59 birefringence 59 Fig. 4B 59 resonant frequencies 59 vibrationally excited 58 refractive indices 58 vibrational 58 magnon 57 thermally activated 57 vibrationally 57 electron orbitals 57 helium atoms 57 intermolecular forces 57 fluorescence emission 57 isotope fractionation 57 vibrational modes 56 polaritons 56 cesium atom 56 bosonic 56 resonant frequency 56 wavefunction 56 diffraction grating 56 gamma rays emitted 56 oscillation frequency 56 osmotic pressure 56 collagen fibrils 56 elastic modulus 56 magnetic dipole 56 hydrophobicity 56 dipolar 55 cementite 55 intramolecular 55 fermion 55 femtosecond timescale 55 dihydrogen 55 Hydrogen atoms 55 elastic deformation 55 electron density 55 rubidium atom 55 weakly interacting 55 electron spins 55 electron pairs 55 magnetic excitations 55 helicity 55 conduction electrons 55 kcal mol 55 chemically reactive 55 nanosized 55 inhomogeneous 55 longitudinal axis 55 gravities 55 supercurrent 55 absorption spectra 55 electrical conductance 55 oscillation frequencies 55 crystal lattice 55 fission fusion 55 nucleate 55 crystal lattices 54 velocity dispersion 54 diffusivity 54 magnesium ion 54 submicrometer 54 Fig. 4A 54 photon beams 54 paramagnetic 54 complexation 54 electrons emitted 54 topological defects 54 crystalline silicates 54 interconversion 54 macrocycle 54 isotope ratios 54 covalent bond 54 inhomogeneity 54 sphericity 54 microcrystals 54 hydrogens 54 backscattered 54 isotope composition 54 analyte 54 chiral molecules 54 heterogeneities 54 donor acceptor 54 van der Waals forces 54 excitations 54 infra red radiation 54 electrostatic attraction 54 fluorescence spectra 54 micrometre sized 54 orbitals 54 ATP hydrolysis 54 diatomic 54 cobalt atoms 54 circumstellar 54 conductivities 54 recrystallization 53 quantum mechanically 53 quasiparticles 53 ferroelectricity 53 ultracold molecules 53 ammonium ions 53 millimeter wavelengths 53 poly L lysine 53 Fig. 3b 53 Bose Einstein Condensate 53 neuronal pathways 53 gaussian 53 intermolecular 53 nanocages 53 cuticular 53 electromagnetic flux 53 quantum particle 53 harmonic resonance 53 X ray pulses 53 silica spheres 53 circularly polarized 53 nanometric 53 isomeric 53 equilibrated 53 Nernst 53 micrometer scale 53 periodicities 53 absorb neutrons 53 thermal equilibrium 53 hydrophobic interactions 53 Young modulus 53 rotational velocity 53 silicon atoms 53 rubidium vapor 53 reactant 53 enthalpy 53 Gamma rays 53 Fig. 4a 53 wavelike 53 ionized particles 53 hyperfine 53 ultraviolet photons 53 deformability 53 chlorine atom 53 refract light 53 uniaxial 53 circularly polarized light 53 collisional 53 cuprate 53 baryon 53 quantum oscillations 53 antiparallel 53 microscopic bubbles 53 toroid 53 antiferromagnetic 53 circular dichroism 53 valence electrons 53 oxygens 53 magnetisation 53 resonance frequencies 53 diffraction patterns 53 spherical particles 53 cyclization 53 aperiodic 53 neural impulses 53 eddy currents 53 electrons orbiting 53 piezoelectric properties 53 momenta 53 strontium isotope 53 lattice vibrations 52 fissions 52 figs. 52 macroscopically 52 dephasing 52 punctate 52 photosystems 52 nanotube bundles 52 copper oxide superconductors 52 millimetric 52 cometary material 52 superposed 52 gluon 52 circumferentially 52 nanosize 52 amplitudes 52 Fig. 1b 52 epidermal cells 52 fig. S2 52 mammillary 52 electron orbits 52 1μm 52 Fig. 1a 52 glomerulus 52 electrochemical reactions 52 prolate 52 neutron radiation 52 sulfur atom 52 asthenosphere 52 nuclei 52 compressive stress 52 photochemically 52 diffracting 52 calcite crystals 52 quasicrystal 52 filamentary 52 monodisperse 52 absorbance 52 UV photons 52 intensities 52 friction coefficients 52 tetragonal 52 atomic lattice 52 cell outer membrane 52 ionise 52 optical excitation 52 gelation 52 microcavities 52 DFT calculations 52 annealing temperature 52 cobalt atom 52 nanomechanical devices 52 obliquity 52 W bosons 52 electron doped 52 electron scattering 52 antiferromagnets 52 Fig. 1d 52 colloidal particles 52 oxygen atom 52 solvation 52 entangled qubits 52 crystalline lattice 52 σ 52 cosmic ray flux 52 nanoribbon 52 shear modulus 52 isotropic 52 electron proton 52 frictional heating 52 magnetic polarity 52 helium nuclei 52 silicate minerals 52 Fig. 4b 52 lattice spacing 52 dipole moment 52 sine waves 52 radiative cooling 52 antibody antigen 52 titin 51 thermally induced 51 adatoms 51 surface plasmon 51 desorbed 51 photochemical reactions 51 enantiomeric 51 equilibration 51 alkali atoms 51 anisotropic 51 crystalline solids 51 electric dipole 51 triangular lattice 51 etheric 51 θ 51 acupuncture meridians 51 hysteresis loop 51 diffusive 51 carbonate globules 51 outflowing 51 carbides 51 superfluids 51 compressional 51 electron neutrinos 51 steric 51 lattice parameter 51 photobleaching 51 martensite 51 antineutrinos 51 silicate dust 51 silicon monoxide 51 droplet sizes 51 colloidal crystals 51 gravitational radiation 51 dielectric constants 51 eclogitic 51 isotopic ratios 51 Brownian particles 51 hyperpolarization 51 sorption 51 Fermions 51 supersolid 51 Doppler shift 51 lamellae 51 fractal patterns 51 crown chakra 51 Raman spectra 51 metallic nanostructures 51 orbital angular momentum 51 capacitive coupling 51 ferrofluid 51 magnetic flux 51 evanescent waves 51 CdSe 51 nanoliters 51 radiative recombination 51 oppositely charged 51 dielectric permittivity 51 fluorescence intensity 51 isotherm 51 oscillatory behavior 51 wettability 51 isotopic compositions 51 fig. S1 51 intermetallic compounds 51 perturbation theory 51 planetary orbits 51 linearly polarized light 51 metallic ions 51 starquakes 51 crystallinity 51 rotaxane 51 helium ions 51 olivines 51 monotonically 51 pranic 51 echogenicity 51 dopant atoms 51 octahedral 51 Raman scattering 51 plasmon 51 polariton 51 diffusible 51 Si substrate 51 kaons 51 isostatic 51 osteoblastic 51 trimers 51 spatial coherence 51 strange quarks 51 Muons 51 isotherms 51 biofield 51 emit photons 51 spontaneous fission 51 bandgaps 51 translationally 51 galactic disk 51 viscoelastic properties 51 lithospheric 51 polarisations 51 nanobubbles 51 nanobubble 51 oscillation amplitude 51 viscoelasticity 51 sulfur atoms 51 pore sizes 51 electron affinities 51 oxygen ions 51 enzyme kinetics 51 ultrananocrystalline diamond 51 conformations 51 picoseconds 51 nonlinearities 51 nanomesh 51 hydrogen nuclei 51 spheroidal 51 phonon 51 heterostructures 51 carbon isotopes 51 chondrules 51 hexagonal lattice 51 diamond anvils 50 anisotropy 50 thermal conductivities 50 elastic moduli 50 fig. S5 50 fluid viscosity 50 crystallins 50 pulsations 50 Doppler shifts 50 neutrino experiments 50 sodium atoms 50 viscous fluid 50 detuning 50 tidally 50 compressibility 50 chromophore 50 diffraction pattern 50 variabilities 50 silicon crystals 50 piconewtons 50 cobalt ions 50 remanent 50 Mott insulator 50 thermodynamic equilibrium 50 magnetization 50 Ultraviolet light 50 mammalian brains 50 reaction kinetics 50 microcavity 50 nonlinearity 50 ATPases 50 morphologies 50 germanium silicon 50 calcium hydroxyapatite 50 ferro electric 50 hydroxide ions 50 quantum superposition 50 supercooling 50 proteinaceous 50 ferromagnet 50 microstructural 50 multi celled 50 sine curve 50 absorbs ultraviolet 50 hydrophobic compounds 50 nitrogen atoms 50 microcapsules containing 50 Fig. 2B 50 spectroscopic analysis 50 nucleon 50 catalytically active 50 electrospray 50 spatially resolved 50 iron arsenide 50 plagioclase 50 particle acceleration 50 particle morphology 50 reactants 50 gamma ray emission 50 osmium 50 crustal rocks 50 membrane permeability 50 mRNA molecules 50 dissipative 50 porphyrin 50 cavitations 50 THz radiation 50 photon emission 50 Fig. 1c 50 Z boson 50 magnons 50 spectral measurements 50 quantum coherence 50 ultrasonic waves 50 Coulomb blockade 50 spin precession 50 nanocubes 50 hydrophobic molecules 50 photoemission 50 compressive strain 50 alkanes 50 nonlinear optical 50 manganese atoms 50 backscattering 50 microstructures 50 intergranular 50 fractal pattern 50 ATPase activity 50 uranyl 50 micelle 50 colloidal suspension 50 electron tunneling 50 diffusion coefficients 50 rotational symmetry 50 refractions 50 oxygenated hemoglobin 50 diffusely 50 rhombic 50 double helixes 50 lowermost mantle 50 electrical resistivity 50 ionized gases 50 Fig. 2a 50 quantum particles 50 tubule 50 x ray beam 50 microtubes 50 nonequilibrium 50 thermal gradients 50 compressive stresses 50 finely graded 50 boron atoms 50 soundwaves 50 pigment particles 50 wave particle duality 50 alloying elements 50 Gravitational waves 50 unpatterned 50 W boson 50 Alfven waves 50 neutralinos 50 macroscopic objects 50 diene 50 diffracted 50 nanomechanical 49 solutes 49 Earth gravitational pull 49 nanoscale dimensions 49 nanosphere 49 wavefronts 49 Mg Fe 49 quantum criticality 49 fungal hyphae 49 lacrimal gland 49 cyclicity 49 chemically bonded 49 epoxides 49 dentine 49 conductance 49 purities 49 photosystem II 49 fibril 49 sulci 49 thermally stable 49 interfacial tension 49 shear thinning 49 fat globules 49 nanoprobe 49 Type IIb 49 surface plasmon resonance 49 phosphorus atoms 49 sulfur isotope 49 refracts light 49 covalent bonds 49 microscale 49 curvatures 49 meridional flow 49 ferromagnetic materials 49 melt viscosity 49 superfluid helium 49 pelvic girdle 49 photocurrent 49 graphene membranes 49 post perovskite 49 acyclic 49 florescence 49 Entangled photons 49 nucleons 49 superparamagnetic 49 dopant 49 precessing 49 excitation energies 49 quasiparticle 49 temperature gradients 49 geometrical shapes 49 ε 49 chlorophyll molecule 49 tuning forks 49 nanostars 49 cuprate superconductors 49 Cepheids 49 localized surface plasmon 49 interstitial fluid 49 excitation 49 NMR spectra 49 Fig. 1A 49 anneals 49 chemical reactivity 49 photochemistry 49 magnetization reversal 49 IR spectra 49 ligand receptor 49 cm -1 49 Fig. 2b 49 GPa 49 arcsecond 49 nonmagnetic 49 martensitic 49 magnetized plasma 49 Alfvén waves 49 DNA helix 49 GZK cutoff 49 metastable 49 particle sizes 49 electromotive force 49 microelectrode 49 X ray binaries 49 cirrus cloud 49 helium atom 49 nematic 49 convective heat 49 micrometer sized 49 ions electrically charged 49 ultraviolet wavelengths 49 dipoles 49 oxygen isotope 49 micrometre 49 osteocytes 49 B meson 49 Jovian planets 49 thermodynamically 49 ab initio calculations 49 acoustic impedance 49 coercivity 49 nanopillars 49 emitted photons 49 jovian 49 strange quark 49 unreactive 49 ms -1 49 photosystem 49 diurnal cycle 49 gold nanoclusters 49 scanning electron microscopes 49 superluminal 49 dispersive 49 depolarization 49 planetary atmospheres 49 kidney tubules 49 pigment granules 49 tetrahedral 49 nanopatterned 49 absorption coefficient 49 ellipsoids 49 Fig. 1C 49 fluorescent nanoparticles 49 unpaired electrons 49 infrared photons 49 azobenzene 49 oxyhemoglobin 49 negative refraction 49 antimatter particle 49 emission spectra 49 icosahedral 49 superposition 49 dermal papilla cells 49 chemisorption 49 delocalized 49 branes 49 stellar seismology 49 nanorod 49 CMB photons 49 photons emitted 49 bilayer graphene 49 hydrogen ions 49 electron positron pairs 49 fibrin clot 49 Schematic illustration 49 finely dispersed 49 mitral annulus 49 neutrino mass 49 wax melts 49 spectroscope 49 photoionization 49 uppermost layer 49 vanadate 49 magnetic monopoles 49 overlying layers 49 semiconducting nanowires 49 nebular 49 deoxygenated hemoglobin 49 nanotubes nanowires 49 hydrophobic surfaces 49 globular proteins 49 magnesium ions 49 ionized calcium 49 quantum correlations 49 oscillatory 49 lightwaves 49 emittance 49 pulse amplitude 49 circumstellar disk 49 magnetic anisotropy 49 photons particles 49 laser pulse 49 electrically insulating 49 corneal astigmatism 49 tear glands 48 precisely calibrated 48 adsorb 48 Anisotropy 48 ultracold gas 48 microcircuitry 48 N glycans 48 thermal diffusivity 48 intermetallic 48 springiness 48 orbital eccentricity 48 intrinsic brightness 48 ploidy 48 spectroscopic techniques 48 Fig. 2A 48 thermal decomposition 48 bimolecular 48 albedo reflectivity 48 zinc ions 48 divalent 48 atoms 48 formant 48 electron ion 48 UV wavelengths 48 exciton 48 relativistic protons 48 gravitational redshift 48 depolymerization 48 electron pairing 48 6nm 48 3He 48 micrometer sized particles 48 matter antimatter asymmetry 48 urinary calculi 48 Schematic representation 48 auricle 48 primitive meteorites 48 temporal variability 48 van der Waals 48 chromatograms 48 bistable 48 pineal 48 electrons protons 48 lamellar 48 gamma ray photons 48 reactivity 48 osmotic stress 48 Mössbauer 48 ionized molecules 48 NWs 48 rheological properties 48 impurity atoms 48 monolayer graphene 48 adsorbed onto 48 microlens 48 Mercury exosphere 48 magma chambers 48 molecular orbitals 48 concentration gradient 48 relaxivity 48 crosslinks 48 semiconducting properties 48 electrons positrons 48 speckle pattern 48 saponification 48 antimatter particles 48 adsorbed 48 tholins 48 lipid bilayer 48 trigonometric functions 48 nanogels 48 sigmoidal 48 lepton 48 autocatalytic 48 Figure 1C 48 electrostatic repulsion 48 λ 48 membered rings 48 fig. S4 48 anatomic structures 48 hydroxyl radical 48 tau neutrinos 48 chiral molecule 48 magnetospheric 48 unpolarized 48 chirality 48 muscular contractions 48 electrostatic interactions 48 retained austenite 48 polypeptide chain 48 uncompacted 48 dopants 48 roughening 48 dipole magnets 48 titania nanotubes 48 invariance 48 solitons 48 spinneret 48 Skeletal muscle 48 emits photons 48 intracellular pH 48 luminal surface 48 van der Waals interactions 48 φ 48 nucleobases 48 diamagnetic 48 observationally 48 piezoelectric actuators 48 agarose 48 abundances 48 basilar membrane 48 interfacial 48 epoxide 48 aragonite 48 advection 48 Casimir cavity 48 moisture vapor 48 thiourea 48 CAIs 48 ARPES 48 tungsten electrode 48 silica nanoparticles 48 Pollen grains 48 reversely 48 nano crystals 48 capillary tubes 48 multilayers 48 outermost layers 48 tensile stress 48 Rayleigh scattering 48 actin fibers 48 proton gradient 48 thermodynamically stable 48 hydrogen isotopes 48 SWCNT 48 decoherence 48 ytterbium 48 Supplementary Fig 48 bioelectrical 48 corona discharge 48 cosmological distances 48 cm -3 48 supersaturation 48 fermionic atoms 48 Circinus X 1 48 x ray scattering 48 valence electron 48 autocorrelation 48 magnetic bead 48 relativistic electrons 48 harmonic progression 48 specular reflection 48 anterior posterior 48 boron nitride nanotubes 48 airway epithelium 48 unpaired electron 48 spectroscopic measurements 48 boron nitride 48 excitonic 48 antineutrino 48 meteoritic material 48 photosynthetic apparatus 48 Fig. 3c 48 graphite whiskers 48 rheological 48 microcracks 48 protonated 48 atmospheric moisture 48 ringlike 48 spherical shapes 48 neutron flux 48 dI dV 48 hydroxides 48 soliton 48 chondritic 48 kinematic viscosity 48 skewness 48 microfluidic channels 48 hafnium oxide 48 mechanoreceptors 48 nonoverlapping 48 fluorescently tagged 48 x ray beams 48 downwelling 48 magnetic susceptibility 48 Neutrons 48 heavy fermion 48 gravitational acceleration 48 keV 48 autoregulation 48 echogenic 48 atomic nucleus 48 microfluidic chips 48 methanogenesis 48 Magnetars 48 hematite mineral 48 angular misalignment 48 relativistic particles 48 planets orbits 48 ultracold 48 boron oxide 48 Sulfates 48 τ 48 dye molecules 48 ultracold temperatures 48 tensile strengths 48 Michelson interferometer 48 planet magnetosphere 48 inelastic scattering 48 imaginal 48 binding affinities 48 permittivity 48 brittle deformation 48 semiconducting materials 48 spectral signature 48 electron electron 48 macromolecule 48 birefringent 48 lacrimal 48 lipid membranes 48 concave surfaces 48 gamma ray emitting 48 μm diameter 48 Tiny particles 47 endometrial cells 47 single celled algae 47 photon fluorescence 47 ω 47 osmolality 47 reactance 47 ions 47 deuterated 47 dewetting 47 covalent bonding 47 circular polarization 47 ultraviolet wavelength 47 magnetic permeability 47 oligomer 47 spherically symmetric 47 scanning microscopy 47 Jupiter magnetosphere 47 collagenous 47 oscillation 47 sensorium 47 cesium ions 47 X ray diffraction pattern 47 gravitons 47 diffusion coefficient 47 laterality 47 solar neutrinos 47 phosphocreatine 47 nuclides 47 oxidise 47 titania 47 Higgs bosons 47 sulfate aerosols 47 nucleosynthesis 47 MWNT 47 dynamical evolution 47 nanoparticle arrays 47 epididymal 47 SiO 47 fornix 47 supersymmetric particles 47 impedances 47 atomically smooth 47 filamentary structures 47 electrical conductivity 47 dentinal 47 photolysis 47 Maxwell equations 47 papillae 47 ultrasonic vibrations 47 eccrine 47 spherical shell 47 electron neutrino 47 adsorptive 47 bilaterally symmetrical 47 elastically 47 Tooth enamel 47 linewidth 47 subwavelength 47 sidebands 47 baryonic 47 infall 47 alkane 47 unevenly spaced 47 diurnal variation 47 pearlite 47 pentacene molecule 47 bucky balls 47 waviness 47 unreacted 47 cervical mucous 47 fluence 47 pineal glands 47 superatom 47 rostral 47 olfactory receptor cells 47 quanta 47 cam lobe 47 stereochemistry 47 superatoms 47 surfactant molecules 47 rearfoot 47 oxygen atoms 47 picosecond 47 plasmasphere 47 unimodal 47 beta amyloids 47 electrocatalyst 47 vaporisation 47 SiO 2 47 Fourier transforms 47 Schlemm canal 47 proton proton collisions 47 sulcus 47 sinusoidal 47 roughened surface 47 telomeric DNA 47 bi axial 47 crystalline structure 47 Bose Einstein condensates 47 laser spectroscopy 47 titanium atoms 47 interparticle 47 cuvettes 47 synaptic inputs