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(Click for frequent words.) 68 dipole moment 68 magnon 67 isotherms 67 vorticity 66 orbital angular momentum 66 magnetisation 66 Fig. 4a 65 electron pairs 65 quasiparticle 65 annealing temperature 65 Nernst 65 magnetic dipole 65 cosmic ray flux 65 inhomogeneous 65 electron doped 64 thermal gradients 64 micrometre sized 64 hysteresis loop 64 polariton 64 velocity dispersion 64 isotherm 64 copper oxide superconductors 64 θ 64 uniaxial 64 vibrational modes 64 enthalpy 64 temporal variability 64 bosonic 64 Mott insulator 64 circular dichroism 64 submicrometer 64 inhomogeneity 64 polaritons 63 tropospheric 63 atomic lattice 63 thermally induced 63 hydrophobicity 63 Dirac fermions 63 precessing 63 superposed 63 elastic modulus 63 hyperfine 63 topological defects 63 anisotropy 63 bandgaps 63 thermodynamic equilibrium 63 electron tunneling 63 micrometer scale 63 nonequilibrium 63 resonance frequency 63 cementite 63 magnetic excitations 63 crystallinity 62 diffusion coefficients 62 downwelling 62 dipolar 62 elastic moduli 62 absorption spectra 62 inelastic scattering 62 piezoelectric properties 62 circumstellar 62 cobalt atoms 62 temperature gradients 62 ultracold atoms 62 supercurrent 62 chemical reactivity 62 magnetospheric 62 backscattering 62 fluorescence emission 62 ferromagnet 62 paramagnetic 62 stoichiometry 62 iron pnictides 62 mesoscopic 61 electron scattering 61 filamentary 61 adsorbate 61 nanomagnets 61 stereochemical 61 electron proton 61 excitations 61 UV photons 61 fluorescence quenching 61 mesoscale 61 thermally activated 61 fermion 61 interannual variability 61 isotropic 61 Fig. 2B 61 ellipsoids 61 conductivities 61 neutrino mass 61 Fig. 3b 61 quantum coherence 61 radiative cooling 61 heavy fermion 61 nematic 61 nanoribbon 61 adiabatic 61 coherent superposition 61 electrical resistivity 61 nanomesh 61 electron density 61 Si substrate 61 lattice spacing 61 gaussian 61 advection 61 diffusive 61 birefringence 61 DFT calculations 61 heterogeneities 61 frictional heating 61 catalytically active 60 electronic excitations 60 upper troposphere 60 gelation 60 crustal rocks 60 magnetization reversal 60 anisotropic 60 topological insulator 60 magnetization 60 Coulomb blockade 60 microcavities 60 crystallites 60 superluminal 60 crystalline solids 60 cosmic ray intensity 60 antineutrino 60 isomeric 60 electron transistor 60 helical structures 60 aperiodic 60 colloidal particles 60 gluon 60 tetragonal 60 crystal lattices 60 perturbation theory 60 Doppler shift 60 ultracold 60 radiative transfer 60 periodicities 60 dielectric permittivity 60 intramolecular 60 diffusivity 60 isotope fractionation 60 antiferromagnetic 60 coriolis 60 Fig. 2a 60 ultracold molecules 60 UV wavelengths 60 supercooling 60 fluid viscosity 60 photon energies 60 lattice vibrations 60 circularly polarized light 60 silicon nanowire 60 manganite 60 van der Waals interactions 60 Fig. 4A 60 microstructural 60 anticyclonic 60 X ray scattering 60 SAXS 60 subwavelength 60 absorbance 60 photoelectron 60 shear modulus 60 Fig. 1A 60 lithospheric 60 thermal decomposition 60 particle morphology 60 solvation 60 collimated 60 thermal gradient 60 Fig. 1a 60 fermionic 60 filamentary structure 60 acoustic impedance 60 diffraction pattern 60 Fig. 1b 60 bilayer graphene 60 refractive indices 60 nanoparticle arrays 59 Anisotropy 59 nonlinearity 59 quantum oscillations 59 dephasing 59 oscillation frequency 59 baryonic 59 ε 59 weakly interacting 59 planetary magnetospheres 59 electron ion 59 linearized 59 YBCO 59 electromagnetic flux 59 figs. 59 Fig. 2A 59 azimuthal 59 quantum mechanically 59 #.#nm [002] 59 magnetic permeability 59 diffusion coefficient 59 electron spins 59 nanodroplets 59 ARPES 59 calorimetric 59 quantum particle 59 thermal conductance 59 toroid 59 kcal mol 59 pentacene molecule 59 cuprate 59 Michelson interferometer 59 quasicrystal 59 antiferromagnets 59 optomechanical 59 excitonic 59 dimensional electron 59 chromatograms 59 Raman spectra 59 Bose Einstein Condensate 59 bi axial 59 Young modulus 59 -# ° [002] 59 Rossby waves 59 ab initio calculations 59 fluorescence intensity 59 oligomer 59 excitation energies 59 SWNT 59 5μm 59 gravitational acceleration 59 diffraction grating 59 resonant frequencies 59 enzyme kinetics 59 cuprate superconductors 59 antiparallel 59 particle acceleration 59 thermal equilibrium 59 Bose Einstein condensates 59 heterojunctions 59 metastable 59 crustal thickness 59 Mercury exosphere 59 capacitive coupling 59 metallic nanostructures 59 delocalized 59 punctate 59 HRTEM 59 post perovskite 59 gold nanoclusters 59 nonlinear optical 59 diffracting 59 photoluminescence 59 conduction electrons 59 supercontinuum generation 58 X ray pulses 58 chlorophyll fluorescence 58 nanoscale phenomena 58 colloidal crystals 58 recrystallization 58 alkali atoms 58 wettability 58 x ray scattering 58 scanning tunneling microscopy 58 magnetosomes 58 superfluids 58 interatomic 58 Fig. 4B 58 backscattered 58 convective 58 rheometer 58 τ 58 photoionization 58 InAs 58 nucleate 58 Feshbach resonance 58 amplitudes 58 thermal conductivities 58 magnetic monopoles 58 Fig. 2b 58 quantum correlations 58 dynamical processes 58 photobleaching 58 ionized gases 58 wavefronts 58 electrons orbiting 58 fractal pattern 58 entangled qubits 58 diamagnetic 58 semiconductor nanostructures 58 dispersive 58 corona discharge 58 1μm 58 ferroelectricity 58 dI dV 58 fig. S1 58 Figure 1a 58 dewetting 58 parameterization 58 topological insulators 58 bistability 58 topological 58 linewidth 58 electromechanical coupling 58 powder diffraction 58 dynamical 58 wavefunction 58 cantilever deflection 58 plasmon 58 φ 58 meridional flow 58 Figure 1b 58 ferromagnetic materials 58 birefringent 58 quantum capacitance 58 cesium atom 58 Bose Einstein condensation 58 emission spectra 58 Fig. 4b 58 lowermost mantle 58 martensite 58 magnetic vortices 58 heterojunction 58 electrons positrons 58 teleconnections 58 fermionic atoms 58 viscoelastic properties 58 SWCNT 58 vibrationally excited 58 Phys. Rev. Lett 58 polarimetry 58 airglow 58 autocorrelation 58 photoelectron spectroscopy 58 inhomogeneities 58 oxygen isotopic 58 emission wavelength 58 atmospheric convection 58 σ 58 multiscale 58 microcavity 58 superlattice 58 ultraviolet wavelength 58 thermal diffusivity 58 zeta potential 58 Figure 2a 58 IR spectra 58 tomographic 58 intergranular 58 Rayleigh scattering 58 monolayer graphene 58 6nm 58 spin precession 58 relativistic particles 57 blackbody 57 helium ions 57 diatomic 57 electrons emitted 57 rheological 57 thermal conduction 57 photocurrent 57 reaction kinetics 57 atmospheric moisture 57 vibrational frequency 57 physico chemical 57 relativistic electrons 57 ratiometric 57 fig. S4 57 bucky balls 57 unconventional superconductivity 57 emittance 57 nanometric 57 C# fullerenes 57 friction coefficients 57 martensitic 57 MWNT 57 vesicle fusion 57 magnetic anisotropy 57 sphericity 57 bilayers 57 dynamical evolution 57 dimensional nanostructures 57 silicate dust 57 electrodynamics 57 absorption spectroscopy 57 decoherence 57 interferometric 57 photoemission 57 equilibration 57 Fig. 3B 57 reflectance spectroscopy 57 irradiance 57 spherical particle 57 nonlinearities 57 polarized electrons 57 linearly polarized 57 waviness 57 CdSe 57 diffracted 57 electron diffraction 57 donor acceptor 57 asymptotic 57 scale invariance 57 spectroscopic analysis 57 trimers 57 diffraction patterns 57 antibody antigen 57 compressional 57 acyclic 57 microphysical 57 W boson 57 spatially resolved 57 nanotubes nanowires 57 meV 57 neutrino oscillations 57 complexation 57 optically pumped 57 negative refraction 57 spatial variability 57 TappingMode 57 microstructures 57 superconducting qubit 57 dimensional tolerances 57 μm diameter 57 invariance 57 millimeter wavelengths 57 magnesium ion 57 fig. S2 57 monodisperse 57 thermo mechanical 57 entangled quantum 57 self assembled monolayers 57 convective storms 57 ultracold temperatures 57 baryon 57 ionic conductivity 57 quantum tunneling 57 spheroidal 57 qubit quantum 57 electrostatic attraction 57 spatial coherence 57 δ 57 germanium silicon 57 beryllium ions 57 mT 57 Schrodinger equation 57 homopolymer 57 compressive stress 57 rotaxanes 57 NWs 57 self assembled monolayer 57 cm -3 57 ultrahigh vacuum 57 fig. S5 57 rotational velocity 57 quasiparticles 57 electromotive force 57 diurnal cycle 57 helium atom 57 1nm 57 refraction 57 crystallite 57 convective heat 57 unpolarized 57 coronal 57 osmotic pressure 57 spicule 57 sub micrometer 57 Dirac equation 57 intermetallic compounds 57 rotationally symmetric 57 temperature gradient 57 viscoelasticity 57 nanostructural 57 quantum superposition 56 Brillouin zone 56 Fig.1 56 photochemical reactions 56 fractal dimension 56 thermodynamic properties 56 Fig. 3a 56 mK 56 quantum particles 56 Fig. 1c 56 surface plasmon 56 reduced graphene oxide 56 oscillation frequencies 56 rubidium vapor 56 oscillatory 56 Josephson junction 56 translationally 56 bottomhole pressure 56 nanodot 56 chemical kinetics 56 macroscopically 56 Fig. 3A 56 pn junction 56 obliquity 56 dopant atoms 56 photon fluorescence 56 Fig. 3c 56 ν 56 Photonic crystal 56 linearly polarized light 56 electrophoretic 56 meridional 56 kurtosis 56 protonated 56 Gaussian distribution 56 spatially separated 56 spatio temporal 56 dissipative 56 thermodynamic 56 thermodynamic stability 56 catalytic reactions 56 magnons 56 SQUIDs 56 conductance 56 millimetric 56 compressive strain 56 denaturation 56 photonic bandgap 56 functionalization 56 galactic disk 56 scanning microscopy 56 arcseconds 56 electrical conductance 56 Bragg grating 56 superlattices 56 intermolecular interactions 56 valence electron 56 cuticular 56 ellipsoid 56 layer graphene 56 cometary material 56 microtubes 56 triangular lattice 56 Schematic representation 56 microstructured 56 retinal neurons 56 circularly polarized 56 magnetic flux 56 helium nuclei 56 nanorod 56 bismuth telluride 56 spectroscopic techniques 56 Joule heating 56 chromatogram 56 permittivity 56 orientational 56 Maxwell equations 56 chlorosome 56 electron diffusion 56 radians 56 cyclic voltammetry 56 electroweak 56 refracts light 56 spectral fingerprint 56 hexamers 56 electron neutrinos 56 Bose Einstein condensate BEC 56 ferromagnetism 56 gravitational redshift 56 heliospheric 56 hadron 56 NMR spectra 56 eigenvalues 56 Cerenkov radiation 56 fluxes 56 dc voltage 56 supersolid 56 CMOS fabrication 56 W bosons 56 carbon nanostructures 56 weak gravitational lensing 56 diffusible 56 thermophysical properties 56 Convective 56 macrocycle 56 luminosities 56 sagittal plane 56 photoconductive 56 soliton 56 Brownian motion 56 synchrotron X ray 56 thermodynamically 56 light scattering DLS 56 Milankovitch cycles 56 nanofabricated 56 momenta 56 atmospheric aerosol 56 scanning electron microscopes 56 ZnO nanowires 56 compressibility 56 magnetic susceptibility 56 oceanic circulation 56 tropopause 56 electric dipole 56 subcellular compartments 56 skewness 56 photochemistry 56 echogenicity 56 evanescent waves 56 orthogonally 55 QPF 55 moldability 55 ionized particles 55 photochemically 55 quantum metrology 55 emit photon 55 saturable 55 photosynthetic apparatus 55 gamma rays emitted 55 supercooled liquid 55 absorption coefficient 55 Supplementary Fig 55 photostability 55 WS CRDS 55 tensile stress 55 SNR #-#.# 55 atomically sharp 55 biogeochemical processes 55 ionise 55 mammalian fatty acid 55 rotational symmetry 55 metallicity 55 cyclicity 55 flagellar 55 delocalization 55 actin filament 55 austenite 55 multiphoton 55 silicon monoxide 55 nonlinear dynamics 55 depolarization 55 nanoprobe 55 bilayer 55 diffract 55 strontium isotope 55 hexagonal lattice 55 sinusoid 55 precess 55 poly L lysine 55 nebular 55 polar mesospheric clouds 55 fig. S6 55 processive 55 interparticle 55 quantum criticality 55 ± #.#mm [002] 55 molecule spectroscopy 55 interconversion 55 depolarized 55 semiconducting nanowires 55 orbitals 55 rotating updraft 55 emissivity 55 infall 55 gold nanocluster 55 steric 55 macroscale 55 eddy currents 55 optically transparent 55 electrically insulating 55 dentinal 55 exponential decay 55 globular proteins 55 phonon 55 intrinsic viscosity 55 chlorophyll molecules 55 λ 55 linear interpolation 55 interfacial 55 oscillatory behavior 55 Alfven waves 55 spherical particles 55 multilayers 55 rotational axis 55 kinematic viscosity 55 photochemical processes 55 redox sensitive 55 colocalization 55 perturbations 55 coercivity 55 pyroelectric 55 sublayer 55 highly collimated 55 elemental composition 55 vibrational frequencies 55 equilibrated 55 meteoritic material 55 mesoporous 55 hydrodynamic radius 55 YORP effect 55 mu m 55 magnetic bead 55 gravitational radiation 55 coronal loop 55 collisional 55 nanocrystalline 55 magnetic monopole 55 ganglion cell 55 ductile deformation 55 nanoindentation 55 F actin 55 wavelet transform 55 resonance frequencies 55 strontium titanate 55 spectroscopic technique 55 2nm 55 periodic oscillations 55 epistasis 55 surface plasmon resonance 55 spectral characteristics 55 spectroscopically 55 filamentary structures 55 dissolved oxygen pH 55 chemisorption 55 hyperbolic geometry 55 covalent bond 55 ligand receptor 55 silicon atoms 55 spectrophotometric 55 Schematic diagram 55 protein conformation 55 dipoles 55 orbital inclination 55 transmural 55 dewpoint temperature 55 ceramic composites 55 nanomechanical 55 z = 55 micelle 55 GPa 55 photon counting 55 superposition 55 arcsecond 55 stochastically 55 cm -1 55 SNe Ia 55 Casimir cavity 55 hyperspectral imagery 55 proteinaceous 55 Josephson junctions 55 thermally stable 55 quantized 55 circumstellar disk 55 longwave radiation 55 laser desorption 55 Atlantic Multidecadal Oscillation AMO 55 invariants 55 carbonate globules 55 -# deg [002] 55 longitudinal axis 55 Fourier transform 55 γ 55 photolysis 55 electromagnetically induced transparency 55 coplanar 55 fluorescent nanoparticles 55 redox reactions 55 chemiluminescence 55 fig. S3 55 cirrus cloud 55 oscillation amplitude 55 Mössbauer 55 graphene circuitry 55 mammalian brains 55 phototransistor 55 ρ 55 SiO 55 nucleon 55 tensor 55 sine waves 55 superconductive materials 55 observables 55 electron flux 55 mesocyclone 55 spectrometric 55 tetrahedral 55 #degC [002] 55 intermolecular forces 55 Magnetic nanoparticles 55 crystallographic 55 elastic deformation 55 chirality 55 electron orbitals 55 Southern Oscillation 55 epididymal 55 Fig. 3d 55 interferometry 55 Doppler shifts 55 geosphere 55 fluorescence spectra 55 thermomechanical 55 Fig. 2C 55 metallic ions 55 photon detectors 55 directivity 55 κ 55 CDOM 55 uniformities 55 eukaryotic cell 55 electron positron pairs 54 outer corona 54 scatterometer 54 isotopic ratios 54 spatiotemporal 54 η 54 atmospheric circulations 54 Fig. 2D 54 droplet sizes 54 microlens 54 ploidy 54 nanobubble 54 impedance measurements 54 nonoverlapping 54 glomerulus 54 ultrashort pulses 54 intermetallic 54 photothermal 54 wave particle duality 54 emitted photons 54 biomineralization 54 hydrothermal fluid 54 magnetopause 54 anatomical landmarks 54 barometric pressures 54 volcanic aerosols 54 Fig. 1d 54 proton neutron 54 polypeptide chain 54 eigenvalue 54 helium atoms 54 Bose Einstein 54 photosphere 54 planetary orbits 54 Kelvin Helmholtz 54 cloud condensation nuclei 54 flowability 54 polyhedral 54 condensation nuclei 54 electrically conducting 54 photon emission 54 cesium atoms 54 chalcogenide 54 eclipsing binary 54 magnetic polarity 54 Schematic illustration 54 electron orbits 54 THz radiation 54 polymer nanofibers 54 z axis 54 Thermal conductivity 54 cavitations 54 heterogeneous catalysts 54 lipid membranes 54 supercritical fluid 54 epitaxial layers 54 tensile stresses 54 isostatic 54 GaN layer 54 perturbation 54 interphase 54 χ 54 ferromagnets 54 J# +# [002] 54 VY Canis Majoris 54 submicron 54 nondestructively 54 photoconversion 54 lithium atoms 54 desorbed 54 femtosecond laser pulses 54 temperature barometric pressure 54 photoactivation 54 cadmium sulfide 54 optical sectioning 54 reproducible measurements 54 anterograde 54 cosmological distances 54 radiative recombination 54 nonthermal 54 isotopic compositions 54 nucleons 54 magnesium ions 54 electroluminescence 54 SST anomalies 54 ammonium ions 54 photonic crystal 54 evolvability 54 morphogenetic 54 electron transistors 54 airflows 54 undoped 54 cosmological parameters 54 isoelectric point 54 crystalline silicates 54 deconvolution 54 spectral Doppler 54 anomalous dispersion 54 nanocubes 54 cryogenic temperatures 54 alpha helices 54 chiral molecules 54 optical aberrations 54 polarimeter 54 Brownian particles 54 single photon detectors 54 graphitic carbon 54 particle dispersion 54 MSn 54 impurity atoms 54 neutrino oscillation 54 molecules adsorbed 54 mrad 54 optical resonator 54 -# ° C [001] 54 nanosize 54 nanometer spatial 54 equatorial latitudes 54 PbS 54 toroids 54 Tc superconductors 54 nonconducting 54 cm ² 54 Fig. 1C 54 nanotube sheets 54 Alfvén waves 54 benthic foraminifera 54 photons emitted 54 silica spheres 54 diffractive optical elements 54 bandgap 54 graphene membranes 54 morphologies 54 isothermal 54 diagram illustrates 54 stochasticity 54 superparamagnetic 54 interferometers 54 nonlinear optics 54 anneal 54 photosystems 54 optical excitation 54 ablates 54 icosahedral 54 Fig. 2c 54 lithographically patterned 54 droplet formation 54 macroscopic 54 quantum cascade 54 ionizes 54 nitride layer 54 electrons tunneling 54 oscillation 54 multipartite entanglement 54 collinear 54 electrospray 54 nanocluster 54 indium arsenide 54 radiative 54 nanofilms 54 epitaxial layer 54 photons particles 54 depositional environment 54 dopants 54 fluorescence excitation 54 relativistic protons 54 invariant 54 Force Microscopy 54 conventional superconductors 54 concave convex 54 compressive stresses 54 nanosecond pulse 54 interplanetary magnetic 54 fluorescent microscopy 54 solvent evaporation 54 pyrometer 54 yr -1 54 dielectric layer 54 experimentally demonstrated 54 circumstellar disks 54 dimensional 1D 54 sodium atoms 54 microfluidic channels 54 autoregulation 54 strontium atoms 54 rhombic 54 spatial scales 54 beam splitter 54 physicochemical properties 54 axial length 54 Perkinamine 54 cosmic ray particles 54 ion traps 54 dielectrophoresis