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(Click for frequent words.) 72 dipole moment 69 quasiparticle 68 magnetization 68 post perovskite 68 photoemission 68 antiferromagnetic 68 anisotropy 68 cm -1 67 velocity dispersion 67 conductance 66 Fig. 1a 66 vibrational modes 66 delocalized 66 diffraction pattern 66 GPa 65 crystallites 65 ARPES 65 resonance frequency 65 photon energies 65 orbitals 65 dI dV 65 fluorescence emission 65 electrical resistivity 65 magnetisation 65 ε 65 dipolar 65 intramolecular 65 electron pairs 64 electrical conductance 64 exciton 64 fluorescence intensity 64 meV 64 silicon atoms 64 nucleons 64 electron spins 64 inhomogeneous 64 bilayer graphene 64 Supplementary Fig 64 quasicrystal 64 trimers 64 absorption spectra 64 photocurrent 64 Fig. 3b 64 isotropic 64 graphene layers 64 crystal lattice 64 antiparallel 64 Si substrate 64 fermion 64 refractive index 64 diffraction patterns 64 supercurrent 64 Schottky barrier 64 inhomogeneities 64 adsorbate 64 polariton 64 isotherm 63 dopant 63 fig. S1 63 Mott insulator 63 permittivity 63 Raman spectra 63 Fig. 1c 63 tetragonal 63 absorbance 63 sodium atoms 63 Nernst 63 Young modulus 63 amplitudes 63 protonated 63 polaritons 63 molecular orbitals 63 hyperfine 63 linewidth 63 birefringence 63 Raman scattering 63 electron 63 wavefunction 63 dopants 63 Dirac fermions 63 bosonic 63 weakly interacting 63 circumstellar 63 filamentary 63 superposed 63 bandgap 63 chromophore 63 conductivity 63 spectra 63 dimer 63 pentacene molecule 63 ellipsoids 63 toroid 63 σ 63 pn junction 63 ferromagnetism 63 W bosons 63 magnetic susceptibility 63 electron scattering 62 perovskite 62 metallicity 62 photoluminescence 62 micrometer scale 62 antibody antigen 62 Fig. 2b 62 excitations 62 isotope fractionation 62 phonon 62 DFT calculations 62 kcal mol 62 Fig. 2B 62 stoichiometry 62 oligomer 62 nanomesh 62 ab initio calculations 62 tropospheric 62 catalytically active 62 vorticity 62 electrons orbiting 62 magnetic dipole 62 cm -3 62 γ 62 Fig. 1A 62 isomeric 62 colloidal crystals 62 metastable 62 Fig. 3B 62 Fig. 1b 62 submicrometer 62 F actin 62 diffusivity 62 nanometric 62 elastic modulus 62 nucleon 62 shear modulus 62 optical lattice 62 circular dichroism 62 uniaxial 62 atoms 62 steric 62 Fig. 4a 62 electron doped 62 dispersive 62 anisotropic 62 photonic crystal 62 conformational 62 photoelectron 62 martensite 62 diffusion coefficient 61 chondrules 61 infrared spectral 61 paramagnetic 61 quantum particle 61 crystallinity 61 cementite 61 dimers 61 silicon monoxide 61 gaussian 61 isotope ratios 61 SWNTs 61 magnetic anisotropy 61 nuclei 61 nanoribbon 61 Coulomb blockade 61 YBCO 61 W boson 61 keV 61 chromatogram 61 galactic disk 61 adatoms 61 magnetization reversal 61 magnon 61 thermally activated 61 magnesium ion 61 wavefronts 61 diffusive 61 heavy fermion 61 isotopic compositions 61 isotherms 61 magnetic excitations 61 meson 61 phytochrome 61 frequency harmonics 61 donor acceptor 61 polypeptide chain 61 dielectric constant 61 quantum oscillations 61 icosahedral 61 Fig. 2A 61 bandgaps 61 strange quark 61 phonons 61 ferroelectricity 61 valence electrons 61 microcavity 61 colloidal particles 61 Fig. 4B 61 diffracting 61 magnetosomes 61 τ 61 bilayer 61 resonant frequencies 61 Fig. 2a 61 helicity 61 fluorescence quenching 61 excitons 61 spectroscopically 61 advection 61 spectroscopic analysis 61 absorption coefficient 61 emission spectra 61 inhomogeneity 61 cosmic ray flux 60 QDs 60 dopant atoms 60 conduction electrons 60 fluorophore 60 helium atoms 60 crystallographic 60 cuprate 60 periodicities 60 macroscopically 60 chromatograms 60 oscillation frequency 60 m z 60 microcavities 60 spherical particles 60 analyte 60 diffraction grating 60 irradiance 60 X ray pulses 60 diffracted 60 friction coefficients 60 high redshift galaxies 60 lattice vibrations 60 gravitational radiation 60 valence electron 60 supersolid 60 van der Waals interactions 60 electrical conductivity 60 thermally induced 60 photon flux 60 fig. S2 60 cobalt atom 60 μm diameter 60 millimeter wavelengths 60 cuprates 60 cesium atoms 60 emitted photons 60 basaltic rocks 60 magnons 60 crystal lattices 60 undoped 60 baryon 60 plasmon 60 enthalpy 60 excitation energies 60 MWNT 60 nanorod 60 magnetic fields 60 collisional 60 magnetospheric 60 electrons 60 heterogeneities 60 quasiparticles 60 boron atoms 60 interfacial tension 60 dipoles 60 sorption 60 Fig. 60 electromagnetic flux 60 angstroms 60 mammalian fatty acid 60 ferromagnet 60 compressive stress 60 magnetoresistance 60 elemental composition 60 longwave radiation 60 crystalline structure 60 pseudogap 60 cesium atom 60 IR spectra 60 neutrino mass 59 gravitational interaction 59 ferromagnetic materials 59 NWs 59 porphyrin 59 infrared wavelength 59 dielectric permittivity 59 Josephson junction 59 Fig. 2C 59 resonance frequencies 59 electron tunneling 59 nanopillars 59 κ 59 parasitic capacitance 59 microlens 59 backscattered 59 x ray beam 59 elemental abundances 59 tetramer 59 electron neutrinos 59 nonlinear optical 59 anion 59 Fig. 4C 59 ellipsoid 59 quantum mechanically 59 Brillouin zone 59 λ 59 baryons 59 ionic conductivity 59 spherically symmetric 59 nucleation 59 magnetopause 59 scanning tunneling microscopy 59 gravitational redshift 59 vibrational frequency 59 decoherence 59 surface plasmon 59 poly L lysine 59 gravitational lens 59 Fig. 1d 59 epitaxial layer 59 magnetotail 59 cobalt atoms 59 elastic moduli 59 abundances 59 helium nuclei 59 surface plasmons 59 photoionization 59 fluxes 59 electron positron pairs 59 superfluid 59 AGNs 59 atomic lattice 59 topological insulator 59 radiative 59 refractive indices 59 collinear 59 plagioclase 59 hydrophobicity 59 GaN layer 59 compressional 59 solvation 59 rubidium atom 59 interfacial 59 intrinsic brightness 59 valence band 59 electronic excitations 59 aerosol particles 59 redshifts 59 electron diffraction 59 monodisperse 59 electrophoretic 59 hysteresis loop 59 oscillation amplitude 59 Casimir cavity 59 vibrationally excited 59 electron pairing 59 sulfur isotope 59 NMR spectra 59 magnetic vortices 59 1μm 59 disulfide bonds 59 thermodynamic equilibrium 59 punctate 59 manganite 59 nanoribbons 59 lipid bilayers 59 #.#nm [002] 59 arcsecond 59 resonant frequency 59 magnetic reconnection 59 Bose Einstein condensates 59 particle morphology 58 solitons 58 strange quarks 58 ultracold gas 58 dye molecules 58 colocalization 58 nanobelts 58 soliton 58 SiO 2 58 surface roughness 58 MWCNT 58 1nm 58 excitation 58 silicate dust 58 COOH 58 Fig. 3A 58 endonuclease 58 conductivities 58 hexamers 58 graphene sheets 58 olivines 58 lattice parameter 58 Fig. 2c 58 neutralinos 58 meteoritic material 58 Fig. 1C 58 φ 58 infrared spectra 58 crustal thickness 58 quinone 58 Bose Einstein Condensate 58 X ray absorption spectroscopy 58 β 58 ultracold atoms 58 photosystem II 58 annealing temperature 58 circularly polarized 58 nebular 58 magnetic flux 58 vesicle fusion 58 spectroscopic technique 58 ionosphere 58 coercivity 58 hydrophobic interactions 58 chirality 58 helium ions 58 nonconducting 58 crystalline lattice 58 hexamer 58 tropopause 58 actin binding 58 dephasing 58 poly dA 58 nonequilibrium 58 diffraction 58 MgO 58 quantum correlations 58 photoelectron spectroscopy 58 radiative transfer 58 morphologies 58 pyroxene 58 osmium 58 nitrogen atoms 58 substituents 58 micrometer sized 58 rubidium vapor 58 magnetic permeability 58 nanosized 58 ZnSe 58 cuprate superconductors 58 interferometers 58 lowermost mantle 58 nanodots 58 ejecta 58 spheroidal 58 strontium titanate 58 unpolarized 58 tetrahedral 58 Z boson 58 neutron radiation 58 evanescent waves 58 chromosphere 58 InAs 58 electrons emitted 58 particle sizes 58 nonmagnetic 58 monolayers 58 copper oxide superconductors 58 ssDNA 58 temperature gradients 58 rotaxane 58 coiled coil 58 carbonate minerals 58 specular reflection 58 fluorescence spectra 58 bilayers 58 anions 58 B meson 58 microscale 58 CdSe 58 SDS PAGE 58 pn junctions 58 biomolecule 58 transmembrane 58 moon Mimas 58 crustal rocks 58 excitonic 58 upper troposphere 58 pentacene 58 moonlet 58 cosmic ray intensity 58 circularly polarized light 58 Fig. 4A 58 ferroelectric 58 graphene flakes 58 Fig. 1D 58 intermolecular interactions 58 hydrogen atom 58 mRNA expression 58 rotational velocity 58 YORP effect 58 threshold voltages 58 chlorophyll molecules 58 hydrogens 58 microstructures 58 spectroscopic 58 microstructural 58 ferric oxides 58 electron mobility 57 olivine 57 airglow 57 θ 57 diffusion coefficients 57 circumstellar disk 57 heliosphere 57 manganese atoms 57 electron spin 57 superlattice 57 conformations 57 thermal diffusivity 57 gold nanoclusters 57 SAXS 57 surface plasmon resonance 57 mesoscopic 57 mu m 57 spin precession 57 heterostructures 57 electrostatic attraction 57 X ray emission 57 filamentary structure 57 Å -1 57 microlenses 57 z = 57 electron proton 57 FeO 57 photolysis 57 gate electrode 57 nucleate 57 GFP fluorescence 57 subcellular 57 linearized 57 trimer 57 micrometre 57 particle 57 sulfur atoms 57 echogenicity 57 monolayer 57 femtogram 57 Gravitational waves 57 titania 57 macrocycle 57 downwelling 57 GaP 57 intermolecular 57 η 57 cm -2 57 spectral characteristics 57 quasicrystals 57 photochemical reactions 57 resistivity 57 disulfide bond 57 orbital angular momentum 57 interatomic 57 isotopic ratios 57 δ 57 deuterated 57 superlens 57 Jupiter magnetosphere 57 spatially resolved 57 silicate minerals 57 Rydberg atom 57 Saturn magnetosphere 57 thermodynamically 57 anthracene 57 subwavelength 57 vanadium dioxide 57 X ray binaries 57 gelation 57 nanoclusters 57 inelastic scattering 57 lattice spacing 57 Mercury exosphere 57 silica spheres 57 cantilever deflection 57 substorm 57 antineutrino 57 lithosphere 57 luminosities 57 lamellae 57 thermal conductivities 57 eclogitic 57 graphane 57 chemiluminescence 57 mantle plumes 57 desorbed 57 interconversion 57 diamagnetic 57 graphitic carbon 57 antiferromagnets 57 primitive meteorites 57 quantized 57 hydrogenase 57 triangular lattice 57 rotational axis 57 arcseconds 57 SiO 57 mK 57 intrinsic viscosity 57 antiparticle 57 thermal conductance 57 multiferroic 57 tetrahedra 57 eddy currents 57 deformability 57 proton decay 57 adsorption isotherms 57 azimuthal 57 phenylene 57 THz radiation 57 conventional superconductors 57 interferometric 57 relativistic electrons 57 X ray scattering 57 hydrated electron 57 gamma rays emitted 57 fig. S5 57 reactants 57 thermodynamic properties 57 nanomagnets 57 mineralogical composition 57 shorter wavelengths 57 silicon nanowire 57 nanodot 57 meridional flow 57 femtosecond timescale 57 photons 57 electron electron 57 acoustic impedance 57 PbS 57 globular proteins 57 chondrites 57 amino acid substitutions 57 exosphere 57 unpaired electrons 57 tetramers 57 ligand binding 57 thermal gradients 57 Fig. 4b 57 nanobubble 57 z axis 57 tholins 57 ν 57 unconventional superconductivity 57 Fig. 1e 57 cadmium sulfide 57 nonlinearity 57 reflectance 57 magnetosphere 57 topological defects 57 linkage disequilibrium 56 cosmological distances 56 ρ 56 visible wavelengths 56 chemically reactive 56 platinum Pt 56 histone modifications 56 orbital resonance 56 ionised 56 ionised gas 56 x ray absorption spectroscopy 56 optical resonator 56 ms -1 56 eigenvalues 56 μm thick 56 superfluids 56 momenta 56 eclipsing binary 56 Fe Mn 56 planetary magnetospheres 56 collagen fibrils 56 alkane 56 photon emission 56 Supplementary Table 56 octahedral 56 osmotic pressure 56 atmospheric aerosols 56 electron diffusion 56 x ray scattering 56 nonlinearities 56 translationally 56 lithium atoms 56 blackbody 56 magma ocean 56 carbonaceous chondrites 56 intermolecular forces 56 hexagonal lattice 56 spicule 56 atomic orbitals 56 solar nebula 56 lattice mismatch 56 compressive strain 56 electron affinities 56 mineral assemblages 56 #S subunit 56 Mg Fe 56 spacetime 56 hyperpolarization 56 Earth ionosphere 56 ferromagnetic 56 centroid 56 QCLs 56 ZnO 56 IR wavelengths 56 monomeric 56 perturbation theory 56 ultracold 56 fig. S4 56 elastic deformation 56 oxygen isotope 56 ionized gas 56 Figure 2a 56 superposition 56 5μm 56 interstellar dust grains 56 gravitational acceleration 56 photochemically 56 pMOS 56 photodetector 56 helices 56 HRTEM 56 Anisotropy 56 graphene electrons 56 interphase 56 microphysical 56 X ray diffraction 56 micrometre sized 56 diffract 56 hydrogen ions 56 uracil 56 orthogonal directions 56 asthenosphere 56 phyllosilicate 56 vibrational 56 Cepheids 56 macroscopic 56 austenite 56 oxygen isotopes 56 SWCNTs 56 monotonically 56 carbene 56 metallic ions 56 titanium atoms 56 histidine 56 stilbene 56 ionospheric 56 Bose Einstein condensate BEC 56 fluorogenic 56 thermal equilibrium 56 scanning microscopy 56 spectroscopic measurements 56 microcantilever 56 brightnesses 56 ionise 56 spectral fingerprint 56 graphene nanoribbons 56 pyrope garnets 56 gravitational lenses 56 6S RNA 56 immunoreactivity 56 nanoindentation 56 deformable mirror 56 X ray beam 56 tau neutrinos 56 X ray diffraction pattern 56 electron ion 56 frictional heating 56 anionic 56 thermal decomposition 56 iron arsenide 56 silicate 56 x ray diffraction 56 autocorrelation 56 adenine 56 titania nanotubes 56 quantum superposition 56 membrane permeability 56 intermetallic 56 optical spectra 56 baryonic 56 cyclization 56 anatase 56 cadmium selenide 56 ZnO nanowires 56 UV photons 56 photon fluorescence 56 bacterial genomes 56 tensor 56 X ray wavelengths 56 ejecta blanket 56 photon counting 56 adsorbed 56 magnetic monopoles 56 quadratic 56 planet magnetosphere 56 jovian 56 chlorine atom 56 recrystallization 56 spectrin 56 cometary material 56 Fig. 3C 56 oscillatory 56 antigen binding 56 torus 56 tensile stress 56 conformer 56 mesons 56 DGGE 56 compressibility 56 laser pulses 56 isotopic variations 56 Michelson interferometer 56 geoid 56 emittance 56 relativistic particles 56 magnetite crystals 56 radiative cooling 56 radiometry 56 quantum particles 56 perinuclear 56 spectroscopic techniques 56 CMOS transistors 56 femtosecond pulses 56 nanobubbles 56 magnetic polarity 56 NADPH 56 Alfven waves 56 SWCNT 56 ultraviolet wavelengths 56 ultraviolet wavelength 55 arcsec 55 dielectric constants 55 conjugated polymers 55 CAIs 55 molecules adsorbed 55 interstellar medium 55 amino acid residues 55 Figure 1C 55 semiconductor nanowires 55 volcanic aerosols 55 van der Waals forces 55 nanocubes 55 Gaussian 55 electrochemical reactions 55 proteomes 55 nT 55 Lyman alpha 55 ellipsoidal 55 vanadium oxide 55 fermionic atoms 55 radially 55 nematic 55 millivolt 55 Fe Mg 55 chalcogenide 55 elongated orbits 55 neutralino 55 photometry 55 x ray pulses 55 carbides 55 Fig. 1B 55 fig. S6 55 absorption spectroscopy 55 silicates 55 quantum coherence 55 fig. S3 55 blue supergiant 55 Ca2 + 55 capacitances 55 electric dipole 55 tectonically 55 crystallite 55 graphene sheet 55 multilayers 55 diffusible 55 oxygen atom 55 Yb 55 Figure 1a 55 thermodynamic stability 55 bismuth ferrite 55 fermionic 55 hydrodynamic radius 55 Supplementary Figs 55 dielectric materials 55 nanocrystals 55 morphogens 55 ultracold molecules 55 pore sizes 55 dielectric 55 nanocages 55 electrostatic repulsion 55 interparticle 55 boron nitride 55 dentinal 55 oxygen ions 55 streptavidin 55 ribozyme 55 vibrational frequencies 55 correlated electron 55 nanostructure 55 graphene 55 FWHM 55 oscillatory behavior 55 covalent bond 55 cosmic ray particles 55 nanomechanical 55 AlN layer 55 lunar crust 55 neutral mass spectrometer 55 electrodynamics 55 auroral 55 optically transparent 55 micrograph 55 piezoelectric properties 55 Yarkovsky effect 55 submicroscopic 55 superlattices 55 operon 55 Schematic representation 55 carbon isotopes 55 picosecond 55 U Th 55 electrically insulating 55 wafer thickness 55 strontium atoms 55 6nm 55 helical structures 55 electroluminescence EL 55 dynamical 55 oxyhemoglobin 55 sulfur isotopes 55 isotopic 55 iron pnictides 55 topologically 55 weak gravitational lensing 55 UV wavelengths 55 Mpc 55 emissivity 55 gluon 55 quantum criticality 55 fluid viscosity 55 palladium Pd 55 speckle pattern 55 entangled qubits 55 semiconducting properties 55 tonalite 55 sterile neutrino 55 Mössbauer 55 adsorption 55 synthetic aperture 55 hafnium oxide 55 micropores 55 spectral measurements 55 hydroxyl radical 55 interannual variability 55 mT 55 isotopic composition 55 nanoscopic 55 Figure 1b 55 nanoholes 55 NanoSIMS 55 spherules 55 electron volt 55 potassium atoms 55 crystalline solids 55 covalent bonds 55 chlorine monoxide 55 silicic 55 conformational changes 55 liquid crystal molecules 55 mesoporous 55 ferromagnets 55 nanodroplets 55 cm ^ sup 55 B mesons 55 intergranular 55 self assembled monolayers 55 Auger recombination 55 chemical reactivity 55 extracellular proteins 55 dissipative 55 beta gamma 55 eutectic 55 velocities 55 alkynes 55 caveolae 55 accretion disk 55 optical wavelengths 55 spectral 55 semiconducting materials 55 ultrasonic vibrations 55 geoneutrinos 55 periodic oscillations 55 neutron beam 55 supramolecular 55 Milky Way halo