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(Click for frequent words.) 67 ferroelectricity 67 iron arsenide 66 antiferromagnetic 66 isotope fractionation 66 post perovskite 66 Mott insulator 66 cuprates 66 unconventional superconductivity 65 chemical reactivity 65 electron pairing 65 pnictides 65 supersolid 64 photon energies 64 cuprate 64 excitonic 64 dipole moment 64 quantum oscillations 63 electron doped 63 heavy fermion 63 thermally activated 63 ferromagnet 63 fermion 63 electron pairs 63 iron pnictides 63 ferromagnetism 63 electron scattering 62 cosmic ray flux 62 ARPES 62 vibrational frequency 62 manganite 62 ceramic superconductors 62 hydrophobicity 62 crystallinity 62 copper oxide superconductors 62 martensite 62 electron tunneling 62 enthalpy 62 thermal decomposition 62 polaritons 61 fermionic atoms 61 weakly interacting 61 magnetisation 61 ferromagnetic 61 absorption spectra 61 dihydrogen 61 Dirac fermions 61 pseudogap phase 61 vibrational modes 61 lattice vibrations 61 elastic moduli 61 matter antimatter asymmetry 61 intermetallic 61 quantum tunneling 61 trimeric 61 carbonate globules 61 microstructural 61 stoichiometry 61 nanomagnets 61 Nernst 61 electron electron 61 photochemistry 60 bosonic 60 electrical conductance 60 carbene 60 crystallites 60 boron nitride 60 protein conformation 60 inhomogeneity 60 inhomogeneous 60 cementite 60 saturable 60 catalytically active 60 homochirality 60 solvation 60 supercurrent 60 martensitic 60 photoemission 60 polariton 60 topological insulators 60 perovskite 60 decoherence 60 magma ocean 60 quasicrystal 60 YBCO 60 photolysis 60 oxygenic photosynthesis 60 dipolar 60 photoelectron spectroscopy 60 γ 60 photoluminescence 60 superfluids 60 magnetization reversal 60 antiferromagnets 60 photochemical reactions 60 paramagnetic 60 ab initio calculations 60 quasiparticle 60 atomically smooth 60 Bose Einstein condensates 60 ε 60 tetragonal 59 inhomogeneities 59 thermally induced 59 topological insulator 59 methanogenesis 59 electroluminescence 59 hyperfine 59 pentacene molecule 59 nanocomposite material 59 crystal lattices 59 X ray binaries 59 antineutrino 59 intramolecular 59 pseudogap 59 heterogeneous catalysts 59 nonmagnetic 59 topological defects 59 conductance 59 chirality 59 electrical resistivity 59 nanometric 59 bilayer graphene 59 meteoritic material 59 nonequilibrium 59 magnetization 59 quantum mechanically 59 Coulomb blockade 59 electronic excitations 59 poly L lysine 59 magnetic dipole 59 helicity 59 electron orbitals 59 ammonium ions 59 graphene layers 59 adsorbate 59 diatomic 59 gold nanoclusters 59 ferromagnetic materials 59 GCRs 59 helium atoms 59 diffusible 59 crystalline silicates 59 sterile neutrino 59 SWCNT 59 enzyme kinetics 59 thermal conductance 59 quantum phenomena 58 reaction kinetics 58 shear modulus 58 undoped 58 supersymmetric particles 58 circumstellar 58 ultracold 58 graphite whiskers 58 magnetic vortices 58 spin excitations 58 radiative 58 metastable 58 alkali atoms 58 thermal gradients 58 anion 58 particle morphology 58 microcavities 58 magnetic excitations 58 diffusivity 58 permittivity 58 actinide 58 CdSe 58 hydrogens 58 nanoparticle arrays 58 orbital angular momentum 58 sterile neutrinos 58 hydrophobic compounds 58 chalcogenide 58 phonons 58 phonon 58 diffusive 58 superlattice 58 titania 58 silicate dust 58 physico chemical properties 58 hafnium oxide 58 high temperature superconductors 58 gluon 58 ferromagnets 58 electron density 58 Si substrate 58 nonlinearities 58 mesoscopic 58 thermodynamic properties 58 patterning technique 58 bismuth ferrite 58 geoneutrinos 58 isotopic fractionation 58 magnetic anisotropy 58 stereochemical 58 ultracold molecules 58 spin precession 58 anisotropy 58 strange quark 58 magnon 58 sodium atoms 58 multiferroic 58 reactant 58 antiparallel 58 Einstein equations 58 interconversion 58 filamentary structure 58 recrystallization 58 wavefunction 58 fermionic 58 MWNT 58 chondrules 58 rheological 58 dielectric constant 58 Fig. 1a 58 extracellular proteins 57 electrostatic attraction 57 dimensional nanostructures 57 exosphere 57 dopant 57 convection currents 57 calcium fluoride 57 Mercury exosphere 57 quinone 57 semiconducting nanowires 57 trimers 57 HSF1 57 refractive indices 57 xenobiotic 57 crystallite 57 ceria 57 intermolecular forces 57 nonlinear optical 57 superconduct 57 cobalt ions 57 sulfate aerosol 57 coronal heating 57 magnetic monopole 57 conductivities 57 hydrides 57 chemically reactive 57 photosystem II 57 graphane 57 yttrium barium copper 57 quantum correlations 57 quantum criticality 57 dielectric breakdown 57 equilibration 57 mK 57 quantum particle 57 thermodynamically stable 57 QDs 57 diffusion coefficient 57 vanadium dioxide 57 cadmium sulfide 57 magnesium ion 57 inelastic scattering 57 nucleons 57 delocalized 57 Bose Einstein condensation 57 metallicity 57 ionise 57 silicon monoxide 57 ferroelectrics 57 electroweak 57 toroid 57 neutrino mass 57 photosynthetic apparatus 57 alkynes 57 formamide 57 stochasticity 57 plasmon 57 birefringence 57 catalytic reactions 57 bistability 57 magnetic permeability 57 photocurrent 57 scale invariance 57 gold nanocluster 57 nucleon 57 sulfur atom 57 bilayer 57 Fig. 4A 57 electromagnetic flux 57 cometary material 57 oscillatory behavior 57 metallic nanostructures 57 macrocycle 57 W bosons 57 thermodynamic equilibrium 57 elastic modulus 57 hydrophobic interactions 57 barium titanate 57 interphase 57 missing baryons 57 particle acceleration 57 ATP hydrolysis 57 fluorescence quenching 57 magnons 57 ferric iron 57 fluid shear 57 deuterated 57 oligomerization 57 dopant atoms 57 oligomer 57 gravitational radiation 57 x ray scattering 57 Fig. 2a 57 IR spectra 57 tensile stress 56 semiconductor quantum dots 56 dopants 56 electron neutrinos 56 isotopic compositions 56 intergranular 56 photoionization 56 gravitational interaction 56 Alfven waves 56 strontium titanate 56 photon absorption 56 impurity atoms 56 superfluid 56 gelsolin 56 austenite 56 hydride 56 heterojunctions 56 UV photons 56 W boson 56 emission spectra 56 platinum Pt 56 denaturation 56 nanomesh 56 donor acceptor 56 conduction electrons 56 titanium atoms 56 eutectic alloy 56 rubidium atom 56 magnetic nanoparticle 56 primitive meteorites 56 sulphate aerosols 56 tholins 56 nucleosynthesis 56 ZnSe 56 Dirac equation 56 diamagnetic 56 meteoritic 56 graphene membranes 56 atmospheric aerosols 56 chromophore 56 epitaxial layer 56 high temperature superconductivity 56 YORP effect 56 chemisorption 56 amino acid asparagine 56 phosphorus atoms 56 hydroxide ions 56 superluminal 56 proton neutron 56 planetary orbits 56 electrons behave 56 alkali metal 56 polarized electrons 56 thermodynamic stability 56 magnetoresistance 56 valence electrons 56 vanadium oxide 56 dielectric layer 56 nanocrystal 56 monotonically 56 conformational changes 56 cyclization 56 electric dipole 56 magnetic flux 56 cobalt atoms 56 self assembled monolayer 56 reduced graphene oxide 56 copper oxides 56 asteroidal 56 spectroscopically 56 electrochemical reactions 56 heterogeneities 56 microRNA molecule 56 gelation 56 pulse amplitude 56 pn junction 56 mantle plumes 56 quasiparticles 56 parasitic capacitance 56 Rydberg atom 56 germanium silicon 56 antibody antigen 56 superconductivity 56 exciton 56 Tc superconductors 56 lipoprotein cholesterol 56 potassium atoms 56 blackbody radiation 56 P gp 56 nanodroplets 56 photosphere 56 conventional superconductors 56 chondrites 56 complexation 56 ionic conductivity 56 Fig. 3b 56 photochemically 56 mammalian brains 56 redox reactions 56 osmotic stress 56 Ionic liquids 56 spherical particle 56 semiconductor nanocrystals 56 osmium 56 circular dichroism 56 boron atoms 56 hyperpolarization 56 corona discharge 56 galactic cosmic rays 56 blackbody 55 biomolecule 55 oxide particles 55 spectroscopic technique 55 thermodynamically 55 interatomic 55 relativistic particles 55 magnetocaloric effect 55 Auger recombination 55 meridional flow 55 vibrationally excited 55 ultracold temperatures 55 carbenes 55 covalent bonding 55 metabolite concentrations 55 triangular lattice 55 intermolecular interactions 55 silicate minerals 55 nanoribbon 55 interfacial 55 superatom 55 chlorine atom 55 ZnO nanowires 55 asthenosphere 55 gravitational redshift 55 variabilities 55 colocalization 55 nanopillars 55 polymorphs 55 bismuth telluride 55 interstellar clouds 55 stratospheric ozone depletion 55 supersaturation 55 hadron 55 intracellular pH 55 trans palmitoleate 55 frictional heating 55 biomineralization 55 strange quarks 55 adiabatic 55 diurnal variation 55 silicide 55 nonthermal 55 osmotic pressure 55 orientational 55 nonlinearity 55 submicrometer 55 fermions 55 τ 55 macroscale 55 solar nebula 55 absorb neutrons 55 electrostatic interactions 55 micrometer scale 55 thermally stable 55 galactic disk 55 annealing temperature 55 ligand receptor 55 redox active 55 excitations 55 bilayers 55 heterostructure 55 ferroelectric 55 eutectic 55 vesicle fusion 55 electrodynamics 55 gravitons 55 THz radiation 55 σ 55 protonated 55 EF Tu 55 wavefronts 55 wettability 55 superconductor 55 translationally 55 superatoms 55 zinc sulfide 55 pyrogenic 55 supercooled liquid 55 lattice spacing 55 nucleate 55 nanocluster 55 histone methylation 55 radiative cooling 55 membrane lipids 55 formate 55 multilayers 55 intermetallic compounds 55 hafnium dioxide 55 excitons 55 enzymes catalyze 55 titania nanotubes 55 atomic lattice 55 electrically insulating 55 quantum superposition 55 superconductors 55 interparticle 55 boron nitride nanotubes 55 Fig. 4B 55 SiO 2 55 embrittlement 55 kaons 55 AGNs 55 graphitic carbon 55 quantum superpositions 55 molecules adsorbed 55 disulfide 55 nanoworld 55 dimensional electron 55 spectrin 55 hydrino 55 quantum capacitance 55 Mg Fe 55 neutron radiation 55 microcavity 55 epigenetic silencing 55 magnetic polarity 55 X ray scattering 55 oppositely charged 55 temperature gradients 55 dimeric 55 carbonyl sulfide 55 high redshift galaxies 55 optically transparent 55 electromigration 55 asymmetric catalysis 55 radioactive decay 55 spontaneous fission 55 interfacial tension 55 radiative transfer 55 relativistic electrons 55 kcal mol 55 anomalous cosmic rays 55 covalent bond 55 orbitals 55 nanoglue 55 fig. S4 55 lowermost mantle 54 Doppler shifts 54 sulfidic 54 adsorbed 54 steric 54 Fig. 3a 54 capacitive coupling 54 Rayleigh scattering 54 conjugated polymers 54 thermal diffusivity 54 posttranslational modification 54 cobalt atom 54 thermal gradient 54 C3 convertase 54 electron transistor 54 emittance 54 helium ions 54 helical structures 54 silicate mantle 54 tropospheric 54 microbially 54 basaltic rocks 54 carbonyls 54 ceramic composites 54 LIS1 54 electroless copper 54 nanosized 54 superparamagnetic 54 dissipative 54 mammalian fatty acid 54 colloidal suspensions 54 silicates 54 clathrate 54 mesospheric 54 acyclic 54 helium nuclei 54 silicon crystals 54 lanthanide 54 macromolecule 54 MgB2 54 absorbance 54 pentacene 54 inorganic phosphate 54 subwavelength 54 manganese oxide 54 anisotropic 54 porphyrin 54 dispersive 54 superconductive 54 Fig. 1d 54 CuO 54 anionic 54 carbon isotopes 54 downwelling 54 zero valent iron 54 phytochrome 54 Boltzmann constant 54 colloidal suspension 54 absorbs ultraviolet 54 biologically inert 54 selenide 54 axions 54 ZnS 54 alloying elements 54 crystal lattice 54 stony meteorites 54 electron orbits 54 monomeric 54 nanobubbles 54 hydroxides 54 electron spins 54 isotope ratios 54 solar neutrinos 54 stilbene 54 peroxynitrite 54 helium atom 54 Alternative splicing 54 ultracold gases 54 GPa 54 nanobelts 54 photostability 54 nanostructure 54 neutrino oscillations 54 quasicrystals 54 protoplanetary disk 54 overlying sediments 54 pheomelanin 54 solubilize 54 epitaxial graphene 54 fluorinated compounds 54 compressive stress 54 planetesimal 54 MOS transistors 54 thermoelectric materials 54 thermal conduction 54 shorten telomeres 54 electrons emitted 54 cosmic strings 54 dynamical processes 54 photoactive 54 nanodiamond 54 dynamical evolution 54 photomultiplier 54 lunar crust 54 crystalline lattice 54 photochemical processes 54 polyaniline 54 chiral molecules 54 dephasing 54 immiscible 54 nucleation 54 diffraction pattern 54 cyclicity 54 chromatin structure 54 anthropogenic carbon dioxide 54 Perkinamine 54 peroxidation 54 #BP# 54 van der Waals forces 54 Saturn magnetosphere 54 biosignature 54 GLUT4 54 spintronic devices 54 heterostructures 54 semiconducting materials 54 photocatalysts 54 airglow 54 deformability 54 fluorescence intensity 54 NADH 54 gate electrode 54 Raman spectra 54 resonant tunneling 54 intermolecular 54 mantle convection 54 superconducting materials 54 zinc ions 54 alkene 54 insolubility 54 desorbed 54 Thermus thermophilus 54 MCF7 cells 54 perturbation theory 54 magnetic monopoles 54 colloidal crystals 54 silicate 54 nanoscale phenomena 54 chondritic 54 histone code 54 cosmic ray intensity 54 Fig. 4a 54 calcite crystals 54 nanodots 54 dielectric permittivity 54 hypocretin neurons 54 oligomeric 54 η 54 nanoclusters 54 oxidases 54 magnetospheric 54 aerosol particles 54 DFT calculations 54 aluminum hydride 54 elemental composition 54 nanobacteria 54 silicon nanocrystals 54 organometallic compounds 54 volcanic aerosols 54 stellar seismology 54 antiparticles 54 transcriptional activation 54 superheavy elements 54 CPEB 54 bandgap 54 graphene electrons 54 spectroscopic techniques 54 longwave radiation 54 antiparticle 54 JNK1 54 di GMP 54 crustal rocks 54 FGF signaling 54 absorption spectroscopy 53 photonic bandgap 53 nanofilms 53 superconducting 53 halide 53 θ 53 FGF2 53 polymerisation 53 spheroidal 53 hysteresis loop 53 soliton 53 Z boson 53 boron oxide 53 collinear 53 tetrahedral 53 glutamate glutamine 53 Telomere length 53 depolarization 53 optical resonator 53 nanosize 53 superconducting qubit 53 diamondoids 53 Fig. 3B 53 SiO2 53 silicic acid 53 colloidal particles 53 chlorophyll molecule 53 1μm 53 hydrothermal fluid 53 membrane fusion 53 filamentary 53 valence electron 53 unreactive 53 hydrous 53 cm -3 53 experimentally demonstrated 53 graphene nanoribbons 53 unicellular organism 53 oxygen isotope 53 Einstein cosmological constant 53 photoconductive 53 superlattices 53 carbon nanostructures 53 flowability 53 arsenite 53 piezoelectric properties 53 crosslinking 53 friction coefficients 53 MgO 53 protein Hsp# 53 fibril 53 occludin 53 magnesium ions 53 disulfide bonds 53 Josephson junctions 53 ubiquinol 53 viscoelasticity 53 AlGaAs 53 hydroxyl molecules 53 bicyclic 53 p# activation 53 electrochemical oxidation 53 Mott insulators 53 icosahedral 53 carbonate minerals 53 kinesin motor 53 photocatalysis 53 temperature gradient 53 catalyzed reactions 53 specular reflection 53 superlenses 53 diffuse aurora 53 semiconducting carbon nanotubes 53 pn junctions 53 spectroscopic analysis 53 Ruthenium 53 rotational symmetry 53 presolar 53 chemical kinetics 53 Fig. 1A 53 gamma ray emission 53 uniaxial 53 eukaryotic cell 53 oscillation amplitude 53 titanium dioxide nanoparticles 53 emit X rays 53 dye molecules 53 droplet formation 53 spicule 53 ERK activation 53 nitrotyrosine 53 epigenetic modifications 53 ytterbium 53 ultraviolet photons 53 macroscopic quantum 53 emit photons 53 sulfur isotope 53 biominerals 53 electrons orbiting 53 lipid bilayer 53 metallic ions 53 zinc oxide ZnO 53 InAs 53 fig. S2 53 Fig. 2b 53 dimerization 53 neuropsychological impairment 53 Newtonian gravity 53 hydrogenase 53 genomic imprinting 53 perovskites 53 infall 53 Josephson junction 53 subducting plate 53 B meson 53 polymer membrane 53 Fig. 1C 53 electrochemically 53 Fig. 1c 53 correlated electron 53 modulatory 53 Schematic illustration 53 emitted photons 53 lipid molecules 53 binding affinities 53 IRE1 53 ruthenium oxide 53 TiO 2 53 nematic 53 antineutrinos 53 unpolarized 53 graphene sheet 53 x ray pulses 53 electromagnetic phenomena 53 alpha particles 53 amino acid substitutions 53 Rubisco 53 photon beams 53 hydrolytic 53 anomalous dispersion 53 silicon nanowire 53 photosynthetic machinery 53 FSH receptor 53 ionisation 53 aluminate 53 hydroxyl radical 53 nanochannels 53 friability 53 emit photon 53 fluorapatite 53 sulfonated 53 Hawking radiation 53 manganese atoms 53 absorbs photon 53 ultrashort pulses 53 Fig. 1b 53 titanium nitride 53 κ 53 metallic alloys 53 isotopic signatures 53 rotaxanes 53 nanodevice 53 lithosphere 53 exothermic reaction 53 oxidized lipids 53 pearlite 53 tensile strain 53 AlGaN 53 Arctic oscillation 53 chalcogenides 53 dielectrics 53 chalcogenide glass 53 nanostructuring 53 hydrogen ions 53 physiological pH 53 resonance frequency 53 titin 53 spectral characteristics 53 nanocrystalline materials 53 mitotic spindle 53 X ray pulses 53 powder diffraction 53 convective heat 53 disulfide bond 53 supercritical fluid 53 neutrino oscillation 53 Raman scattering 53 demagnetization 53 B mesons 53 photoemission spectroscopy 53 olivines 53 ionized gases 53 carbonaceous chondrites 53 C# fullerenes 53 transcriptional machinery 53 x ray absorption spectroscopy 53 photosystem 53 proton pump 53 equilibrated 53 superconductive materials 53 cosmic ray particles 53 van der Waals interactions 53 D meson 53 epitaxial layers 53 nonpolar 53 clumpiness 53 nuclei 53 serum lipid 53 rotaxane 53 impermeability 53 Diels Alder reaction 53 ferrocene 53 RecA 53 chlorosome 53 backscattering 53 spectral measurements 53 reactive intermediates 53 nucleating 53 nanolayers 53 soluble proteins 53 coexpression 52 rheological properties 52 ionic currents 52 covalent bonds 52 uranyl 52 chlorine monoxide 52 subsurface ocean 52 ATPase activity 52 Supplementary Fig 52 temperature superconductors 52 nanohorns 52 stimulated emission 52 isotropic 52 endothermic 52 3He 52 graphite oxide 52 nitrogen atoms 52 lipid membrane 52 fluorescence emission 52 tribological 52 periodic oscillations 52 microwave photon 52 L cystine 52 photonic crystal 52 scanning tunneling microscopy 52 crystallins 52 exothermic reactions 52 dewetting 52 ionized particles 52 lattice parameter 52 electron positron pairs 52 Alfvén waves 52 enzymatic pathway 52 epoxides 52 mitochondrial fusion 52 SAXS 52 adsorbed onto 52 podocyte 52 neodymium Nd 52 neuronal membranes 52 TiO2 nanoparticles