Related by context. All words. (Click for frequent words.) 73 gigapascals 68 post perovskite 67 SiO 2 66 cm -1 66 conductance 66 meV 66 perovskite 66 kcal mol 66 MPa 66 keV 66 electron density 66 mK 65 megapascals 65 cm -3 64 photoemission 64 electron pairs 64 Mg Fe 64 kelvin 64 Young modulus 64 shear modulus 64 SiO 64 anisotropy 63 σ 63 lowermost mantle 63 torr 63 dipolar 63 cuprates 63 superfluid 63 mu m 63 Å -1 63 electrical resistivity 63 magnetization 62 photon energies 62 elastic modulus 62 dielectric constant 62 Fig. 1A 62 cm ^ sup 62 ε 62 tetragonal 62 antiferromagnetic 62 martensite 62 μm thick 62 cm -2 62 crystallites 61 ferromagnetic 61 g cm 61 W mK 61 ZnS 61 MnO 61 ferroelectricity 61 velocity dispersion 61 Fig. 1a 61 nT 61 ms -1 61 isotropic 61 Fig. 3b 61 fig. S1 60 cuprate 60 μm diameter 60 vanadium oxide 60 psia 60 metastable 60 micrometer scale 60 icosahedral 60 dipole moment 60 GeV 60 θ 60 diamond anvil 60 arcsec 60 manganite 60 SiO2 60 fig. S3 60 #.#nm [002] 60 tensile stress 60 1μm 60 fig. S2 60 quasiparticle 60 FeO 60 ferromagnet 60 fermion 60 MWNT 60 enthalpy 60 antiferromagnets 60 Mott insulator 60 μm 60 intramolecular 59 -# ° C [001] 59 micrometre 59 cementite 59 TiO 2 59 MgO 59 Fig. 59 z = 59 hafnium oxide 59 asthenosphere 59 micron thick 59 photonic crystal 59 uniaxial 59 photosphere 59 nanometric 59 absorption spectra 59 electrically insulating 59 Figs. 59 W/cm2 59 sodium atoms 59 Supplementary Fig 59 plagioclase 59 graphitic 59 ZrO 2 59 YBCO 59 orbitals 59 Fig. 4c 59 delocalized 59 Fig. 2A 59 stoichiometry 58 DFT calculations 58 angstroms 58 γ 58 polaritons 58 silicon atoms 58 nanoribbon 58 pyroxene 58 quantum oscillations 58 cm ² 58 isotherm 58 gate electrode 58 valence electron 58 phonon 58 electron volt 58 hexamers 58 Supplementary Table 58 CdSe 58 crystal lattice 58 resonance frequency 58 crystallinity 58 quasicrystal 58 Fig. 1b 58 elastic deformation 58 m z 58 #μm [002] 58 Brillouin zone 58 interfacial 58 isotherms 58 circumstellar 58 ppm U 58 isotope fractionation 58 Fig. 2B 58 solar nebula 58 austenite 58 heavy fermion 58 Fig. 3B 58 kPa 58 supersolid 58 mT 58 Fig. 2a 58 exciton 58 atmospheric CO 58 Zr 57 photoluminescence 57 QDs 57 compressive stress 57 τ 57 ellipsoids 57 octahedral 57 Kelvin -# 57 diffraction pattern 57 graphene layers 57 Fe Mg 57 modulus 57 annealing temperature 57 lithosphere 57 boron nitride 57 bosonic 57 electron doped 57 basaltic rocks 57 Fig. 2c 57 ohm cm 57 desorption 57 wavefunction 57 crustal rocks 57 yr -1 57 MeV 57 ferromagnetism 57 thermal equilibrium 57 strontium titanate 57 anisotropic 57 copper oxide superconductors 57 adiabatic 57 Supplementary Figs 57 nanomesh 57 trimers 57 hyperfine 57 arcmin 57 Bulk density 57 linewidth 57 metallicity 57 martensitic 57 antiparallel 57 electrical conductance 57 coercivity 57 limestone xenoliths 57 magnetic flux 57 plasmon 57 X ray pulses 57 -# degrees Fahrenheit [002] 57 ZnSe 57 galactic disk 57 magnetic susceptibility 57 microstructures 57 superfluid helium 57 Eq. 57 Mpa 57 poly L lysine 57 kg/m3 57 Fig. 2b 57 interfacial tension 57 fluorescence intensity 57 elastic moduli 57 heterostructure 56 colloidal crystals 56 microcavity 56 PEDOT PSS 56 electrons orbiting 56 Bose Einstein Condensate 56 #m@#.# % [002] 56 Si substrate 56 mN 56 silicate dust 56 mbar 56 CuO 56 excitations 56 refractive index 56 crystallite 56 bilayer graphene 56 CaO 56 MoS2 56 ppm boron 56 micrometre sized 56 paramagnetic 56 μS cm 56 weakly interacting 56 bandgaps 56 femtoseconds 56 NMR spectra 56 ZnO 56 #μm [001] 56 microcavities 56 conductivity 56 Fig. 3A 56 polycrystalline 56 thermally activated 56 atoms 56 magnesium ion 56 dielectric layer 56 monolayers 56 thermodynamic properties 56 λ 56 cryogenic temperatures 56 olivine rich 56 alkenes 56 tetrahedral 56 Fig. 4B 56 tensile strengths 56 macroscale 56 InAs 56 inhomogeneity 56 pn junction 56 magnetisation 56 intergranular 56 magnetoresistance 56 toroid 56 CAIs 56 superlattice 56 triangular lattice 56 Raman spectra 56 MWNTs 56 spherical particles 56 adsorption isotherms 56 Fig. 4A 56 birefringence 56 chemical reactivity 56 felsic tuff 56 chondrules 56 electron pairing 56 hydrophobicity 56 thermal conductivities 56 luminosities 56 Casimir cavity 56 monolayer 56 iron pnictides 56 bilayer 56 -# ° F [001] 55 palladium Pd 55 ultracold atoms 55 electron mobility 55 superposed 55 spin excitations 55 olivine 55 ^ sup -1 55 magnetic excitations 55 δ 55 hexagonal lattice 55 kilopascals 55 mm ^ sup 55 dielectric layers 55 nanobelts 55 compressibility 55 redshifts 55 Fig. 1e 55 transmembrane 55 thermal diffusivity 55 #um [002] 55 cesium atoms 55 ultrahigh vacuum 55 tensile strain 55 cesium atom 55 boron atoms 55 vibrational modes 55 P3HT 55 inhomogeneous 55 absorption coefficient 55 ferroelectric 55 anatase 55 bandgap 55 picoseconds 55 manganese oxide 55 steric 55 antineutrinos 55 unconventional superconductivity 55 isotope ratios 55 lanthanum La 55 Nd 55 isomeric 55 crystal lattices 55 circular dichroism 55 aragonite 55 quasicrystals 55 silicate 55 adsorbate 55 cobalt atoms 55 ARPES 55 phosphorus atom 55 Fig. 1c 55 dI dV 55 silicate rocks 55 mesoporous 55 solvation 55 ref. 55 helicity 55 Angstroms 55 hysteresis loop 55 ppm Pb 55 helium nuclei 55 ellipsoid 55 granitoids 55 inhomogeneities 55 intermolecular forces 55 -# degrees Celsius [001] 55 silicon monoxide 55 spinel 55 COOH 55 tetrahedra 55 5μm 55 olivines 55 lamella 55 bilayers 55 lattice parameter 55 Fig. 1B 55 #ppm U 55 nitrogen atoms 55 photoelectron 55 κ 55 elemental composition 55 z ~ 54 CaCO3 54 nonmagnetic 54 nanometers thick 54 orbital eccentricity 54 proton conductivity 54 vanadate 54 quantum capacitance 54 dispersive 54 φ 54 #ppm Cu 54 nanopillars 54 nanometers nm 54 adsorbed 54 silica spheres 54 lithographically patterned 54 hydrides 54 oC 54 micron diameter 54 Bose Einstein condensate BEC 54 biotite rich 54 lithospheric 54 hemispherical 54 monodisperse 54 Fig. 2C 54 dimer 54 2 MeV electron 54 micrometer sized 54 g cc 54 diene 54 arcsecond 54 remanent 54 thermal gradients 54 superconduct 54 graphene sheet 54 hydrothermal fluid 54 nebular 54 nm excitation 54 GaP 54 Fig. 4a 54 amplitudes 54 kBq 54 diatomic 54 thermal conductivity 54 electron scattering 54 rubidium atoms 54 pyrope garnets 54 #oC [001] 54 platinum Pt 54 thermally stable 54 protonated 54 kpc 54 kΩ 54 hydrogens 54 supercurrent 54 arcseconds 54 cuprate superconductors 54 fig. S6 54 nanometer wavelength 54 heterogeneities 54 SWNTs 54 1nm 54 sigmoidal 54 superlattices 54 isotopic compositions 54 t/m3 54 heterostructures 54 eutectic 54 rotational axis 54 ρ 54 zeolite membranes 54 filamentary 54 electrons behave 54 pearlite 54 permittivity 54 azimuthal 54 nucleons 54 Fig. 1d 54 GaN layer 54 electrical conductivity 54 kelvins 54 supersaturation 54 magnetic permeability 54 Yb 54 barium titanate 54 intermetallic compounds 54 ppm Nb 54 ppm Ni 54 blackbody 54 diffusion coefficient 54 eutectic alloy 54 helium atoms 54 diffraction patterns 54 quasiparticles 54 copper oxides 54 gravitational acceleration 54 dielectric materials 54 gauss 54 diamond anvils 54 femtogram 54 dimensional electron 54 magma ocean 54 ytterbium 54 Fig. 1E 54 orbital resonance 54 geosynchronous orbit reached 54 correlated electron 54 isotopic variations 54 CdS 54 polariton 54 lattice mismatch 54 semiconductor nanowires 54 amphibolite 54 #bar [001] 54 figs. 54 smectite 54 photolysis 54 redshift 54 AlGaN 54 nucleate 54 visible wavelengths 54 PEDOT 54 quasicrystalline 54 nanocrystal 54 magnetotail 54 recrystallization 54 ultracold 54 ppmv 54 fluorescence emission 54 strange quark 54 Nb 54 diffusivity 54 optically transparent 54 micrometres 54 adsorption 54 subwavelength 53 lattice vibrations 53 U Th 53 tonalite 53 orthogonal directions 53 electron diffraction 53 photochemical reactions 53 blue supergiant 53 equilibration 53 recrystallized 53 NWs 53 silicon nanowire 53 anneal 53 macrocycle 53 sulfur atoms 53 dipole dipole 53 mg kg -1 53 elemental abundances 53 Al#O# 53 nanosized 53 ppm Mo 53 ppbv 53 nanocrystalline 53 μmol 53 ionized gas 53 AlGaN GaN 53 2nm 53 layered ultramafic 53 Rydberg atom 53 photocurrent 53 Mpc 53 electronvolts 53 Mg Ca 53 electron tunneling 53 millivolts 53 dinitrogen 53 amorphous silica 53 ^ sup 53 pyroxenite 53 MWCNTs 53 Nernst 53 tropospheric 53 microns 53 kT 53 mm ² 53 semiconducting nanowires 53 CMOS transistors 53 #degreesC 53 ppm Cu 53 weakly magnetic 53 superconducting 53 spectroscopic analysis 53 cobalt atom 53 Bose Einstein condensates 53 scanning tunneling microscopy 53 microwave photon 53 germanium silicon 53 Coulomb blockade 53 magnetopause 53 valence electrons 53 Dirac fermions 53 micrometre scale 53 chondritic 53 intermolecular 53 η 53 dielectric 53 disseminated pyrrhotite 53 χ 53 cm ³ 53 wafer thickness 53 g/cm3 53 Myr 53 quantum criticality 53 photonic bandgap 53 W/m2 53 magnetospheric 53 -1 ^ 53 linearly polarized 53 magnetic dipole 53 MWCNT 53 dimers 53 picometers 53 -# mV [001] 53 Fig. 2d 53 cyclization 53 strange quarks 53 microvolts 53 ohmic 53 conventional superconductors 53 Fig. 4b 53 arcminutes 53 equilibrated 53 -# ° [002] 53 IR spectra 53 spectra 53 #degC [002] 53 FWHM 53 -# º C [002] 53 mmol 53 magnetic anisotropy 53 heliosheath 53 cadmium sulfide 53 chondrites 53 Fe Ni 53 dimensionless 53 electron spins 53 dopant 53 InN 53 nanochannels 53 boron oxide 53 radiometry 53 nMOS 53 meteoritic material 53 m 53 chrome diopside 53 nonlinearity 53 milliohm 53 volcaniclastic kimberlite 53 velocities 53 micelle 53 carbene 53 epoxide 53 #mV V 53 Aerogels 53 excitonic 53 GtC 53 cryostat 53 AlGaAs 53 SDS PAGE 53 topological defects 53 millidarcies 53 nm wavelength 53 thermodynamic equilibrium 53 diffraction grating 53 unpolarized 53 zinc selenide 53 optical lattice 53 decoherence 53 kaons 53 nanorod 53 cm sec 53 pnictides 53 microscale 53 nonequilibrium 53 titania 53 unpatterned 53 thermodynamically stable 53 dopants 53 oscillation frequency 53 toroids 53 dielectric permittivity 53 graphene flakes 53 wavefronts 53 frictional resistance 53 tensor 53 atomic lattice 53 micrometer 53 undoped 53 carbonate minerals 53 meson 53 pMOS 53 excitons 53 Raman scattering 53 komatiite 52 anthracene 52 Fig. 3C 52 electron 52 chlorine atom 52 vanadium dioxide 52 coarser grained 52 pyridyl 52 microstructural 52 electron volts 52 #ppb gold 52 compressive strain 52 zirconium oxide 52 carbonaceous chondrites 52 thermodynamically 52 magnetization reversal 52 microlens 52 infrared spectral 52 Jupiter magnetosphere 52 kD 52 tropopause 52 chromite grains 52 aqueous solution 52 basaltic lava 52 peridotitic 52 inelastic scattering 52 paragneiss 52 resonance frequencies 52 Schottky barrier 52 self assembled monolayers 52 x ray diffraction 52 gold nanoclusters 52 conductivities 52 kDa 52 particle sizes 52 Tg 52 antimonide 52 #ppb Au [002] 52 m ^ sup 52 isotopic composition 52 surface roughness 52 diffusive 52 picosecond 52 toroidal 52 potassium feldspar 52 colloidal particles 52 dipoles 52 ankerite 52 thermal conductance 52 monolayer graphene 52 μg ml 52 magneto resistance 52 #.#μm [001] 52 ionic conductivity 52 #.#um [001] 52 mesoscopic 52 van der Waals interactions 52 trabecular 52 gravimetric method 52 solder bumps 52 macrocrystic 52 graphene membranes 52 indium arsenide 52 macroporous 52 polystyrene spheres 52 dielectrics 52 diamagnetic 52 antiprotons 52 chromosphere 52 layer graphene 52 brecciated quartz 52 circumstellar disk 52 topological insulators 52 nM 52 interferometers 52 granite gneiss 52 ksi 52 intermetallic 52 polypeptide chain 52 spherically symmetric 52 claystone 52 degC 52 ppm Zn 52 vibrational frequency 52 J# +# [002] 52 refractive indices 52 graphane 52 absorbance 52 diffracted 52 nmol 52 rheological 52 fig. S4 52 interparticle 52 temperature gradient 52 flexural 52 pseudogap 52 μm wavelength 52 Tensile strength 52 #.degree [001] 52 ab initio calculations 52 anion 52 PbS 52 shorter wavelengths 52 orthogonally 52 Fig. 1C 52 ml min 52 ^ sub 52 compressional 52 Mössbauer 52 attoseconds 52 Josephson junctions 52 #.# mb 52 hydraulic conductivity 52 nanocrystals 52 nanoribbons 52 sorption 52 chlorite sericite 52 nanodroplets 52 -# Celsius [001] 52 zero valent iron 52 Ytterbium 52 electron neutrinos 52 nanoscopic 52 silicate minerals 52 anorthosite 52 vesicle fusion 52 porphyry dyke 52 π 52 manganese atoms 52 graphite whiskers 52 millimeter diameter 52 Josephson junction 52 #μ 52 2μm 52 B meson 52 antiproton 52 semiconducting 52 gadolinium Gd 52 electronic excitations 52 tetramer 52 extrudate 52 thermal EMF 52 nucleation 52 helium atom 52 Figure 2C 52 oxide layer 52 chemically reactive 52 interstellar dust grains 52 mol 52 electron orbitals 52 globular proteins 52 ignimbrite 52 overlying sediments 52 radiative 52 multi walled nanotubes 52 echogenicity 52 AlN layer 52 Fig. 1D 52 semiconductive 52 atmospheric CO2 concentrations 52 neodymium Nd 52 crystallographic 52 hydrothermal breccia 52 nanodots 52 trillionths 52 irradiance 52 angstrom resolution 52 peridotites 52 homopolymer 52 megohms 52 excitation energies 52 nanotube arrays 52 deuterated 52 pentacene molecule 52 vibrationally excited 52 calcite crystals 52 thermal decomposition 52 ilmenites 52 stoichiometric 52 optical excitation 52 gate dielectrics 52 picomolar 52 solar corona 52 gate dielectric 52 #ppb Au [001] 52 amide 52 volcanoclastic 52 mol L 52 photoionization 52 g t Ta 52 hydrogen ions 52 exosphere 52 magnons 52 amphibolite grade 52 superfluids 52 optical resonator 52 interstellar medium 52 photoelectron spectroscopy 52 hypabyssal 52 magnesium Mg 52 hectopascals 51 nanoporous 51 SWCNT 51 collinear 51 ductile 51 microcrystals 51 goethite 51 SWNT 51 nonconducting 51 nuclei 51 Siple Dome 51 luminous galaxies 51 ultramafic rock 51 superconductivity 51 YSZ 51 proximal tibial 51 graphitic carbon 51 nanometers billionths 51 rubidium vapor 51 nonlinear optical 51 P#O# 51 Sn 51 holmium 51 Tl 51 isomers 51 crustal 51 μl 51 lanthanum strontium 51 threshold voltages 51 basaltic magma 51 ferroelectrics 51 conduction electrons 51 isotopic ratios 51 niobium titanium 51 nanoholes 51 anhydrite 51 granodiorite porphyry 51 superposition 51 altered tuff 51 MOS transistors 51 spacetime 51 spinels 51 magnetite alteration 51 magmatic kimberlite 51 psig 51 supernova SN 51 permeabilities 51 interconversion 51 biomolecule 51 weakly mineralized 51 topological insulator 51 amorphous calcium carbonate 51 ν 51 anionic 51 silicon Si 51 chromophore 51 antimony Sb 51 branes 51 cP 51 silicates 51 pelitic 51 micron sized 51 powder diffraction 51 rhyolite tuff 51 atomically smooth 51 X ray emitting 51 graphene nanoribbons 51 Kelvins 51 woven fiberglass 51 lipid bilayer 51 graphene sheets 51 anodic 51 degF 51 nanocomposite material 51 sulfur isotope 51 Î ¼ 51 resonant frequencies 51 dye molecules 51 ultrahigh purity 51 spheroidal 51 optical lattices 51 intersected mineralized 51 oxyhemoglobin 51 pelitic gneiss 51 nanometers 51 piezoelectric properties 51 VY Canis Majoris 51 pyrite marcasite 51 nematic 51 μW 51 mEq L 51 lamellar 51 carbides 51 tholins 51 cerium Ce 51 Au Pt 51 membered rings 51 hydrodynamic radius 51 epidote 51 6nm 51 moduli 51 collagen fibrils 51 fluorapatite 51 silicate mantle 51 sulfidic 51 temperature coefficients 51 º Celsius 51 Fig. 2E 51 ejecta blanket 51 tensile modulus 51 pediment gravels 51 ω 51 Inconel 51 eclogitic 51 emissivity 51 thermo mechanical 51 μV 51 GaN layers 51 substrate 51 monotonically 51 excitation 51 interfacial layer 51 adenine 51 epoxides 51 dielectric constants 51 acid leached 51 chemisorption 51 ion traps