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(Click for frequent words.) 71 high temperature superconductors 71 Mott insulator 70 superconductors 70 cuprate 69 pseudogap 69 electron pairing 67 antiferromagnetic 67 fermion 67 superconduct 67 copper oxide superconductors 67 ferroelectricity 67 superconductivity 66 pnictides 66 ferromagnetism 66 fermions 66 supersolid 66 cuprate superconductors 66 bosonic 66 superconducting materials 65 YBCO 65 superfluid 65 chondrules 65 ferromagnetic 65 topological insulators 64 electron pairs 64 Bose Einstein condensation 64 superconducting 64 unconventional superconductivity 64 weakly interacting 64 superfluids 64 fermionic 64 heavy fermion 64 fermionic atoms 64 quasicrystal 64 conventional superconductors 64 perovskite 63 phonons 63 post perovskite 63 high temperature superconductivity 63 Rydberg atom 63 semiconducting 63 dipolar 63 chondrites 63 chalcogenides 63 GPa 63 antiferromagnets 63 dielectric materials 63 icosahedral 62 pseudogap phase 62 ARPES 62 iron pnictides 62 quantum oscillations 62 multiferroic 62 quasicrystals 62 isotope fractionation 62 supersymmetric particles 62 Bose Einstein condensates 62 topological insulator 62 superlattice 62 ultracold 62 paramagnetic 62 electron doped 62 photonic crystal 62 hafnium oxide 62 ferroelectric 62 magnetic excitations 62 quasiparticle 62 exciton 61 strontium titanate 61 wavefunction 61 magnons 61 trimers 61 hydrides 61 ZnSe 61 γ 61 polaritons 61 photoemission 61 dopant 61 dimers 61 CdSe 61 isomers 61 dopants 61 superconductor 61 anisotropy 61 nanocrystals 61 dipole moment 61 pentacene 61 B mesons 61 eutectic alloy 61 bosons 60 ferromagnet 60 ferromagnets 60 cadmium selenide 60 graphene layers 60 ytterbium 60 strange quark 60 vanadium dioxide 60 tau neutrinos 60 chirality 60 diamagnetic 60 photon energies 60 SiO 2 60 excitons 60 Ytterbium 60 excitations 60 phonon 60 manganite 60 Mg Fe 60 conductance 60 photoluminescence 60 electron density 60 quantum phenomena 60 electron neutrinos 60 σ 60 iron arsenide 60 QDs 60 quasiparticles 60 quantum mechanically 60 boron nitride 60 dielectric constant 60 carbene 60 superlattices 60 excitonic 59 sterile neutrino 59 vanadium oxide 59 Bose Einstein Condensate 59 orbitals 59 tetragonal 59 bilayer graphene 59 spinel 59 boson 59 valence electrons 59 nucleons 59 SiO2 59 superconductive 59 antiparticles 59 permittivity 59 porphyrin 59 semiconductor nanowires 59 quantum particle 59 perovskites 59 nanobelts 59 Josephson junctions 59 shear modulus 59 ZnO 59 colloidal crystals 59 semiconducting properties 59 self assembled monolayers 59 semiconductor nanocrystals 59 metastable 59 silicate minerals 59 electrons orbiting 59 macroscale 59 kcal mol 59 magnetic monopoles 59 muon 59 spin excitations 59 ferroelectrics 59 B meson 59 tetrahedral 59 antiparticle 59 inhomogeneity 59 bandgap 59 delocalized 59 Tc superconductors 59 SWNTs 58 ferroelectric materials 58 nanodots 58 copper oxides 58 intramolecular 58 neutralino 58 Dirac fermions 58 noble gases 58 osmium 58 graphane 58 kaons 58 deuterated 58 sparticles 58 mesoscopic 58 colloidal particles 58 semiconducting carbon nanotubes 58 superlenses 58 chemically reactive 58 meson 58 heterostructures 58 nanoclusters 58 magnetic anisotropy 58 mK 58 ZnS 58 silica spheres 58 superfluidity 58 θ 58 DFT calculations 58 diatomic 58 resonant tunneling 58 undoped 58 quantum criticality 58 isotropic 58 antiparallel 58 silicate 58 crystal lattices 58 electrons behave 58 strange quarks 58 martensite 58 axions 58 hafnium 58 gate dielectrics 58 yttrium barium copper 58 Josephson junction 58 superheavy elements 58 isotopic compositions 58 supercurrent 58 dimer 58 alkynes 58 Bose Einstein condensate 58 neutrino oscillation 58 x ray absorption spectroscopy 58 semiconductor quantum dots 58 crystallites 58 dispersive 58 cerium 58 homochirality 58 conjugated polymers 58 InAs 58 deuterium 58 magnetization 58 quantum chromodynamics 58 nanoelectromechanical 58 nanoscopic 58 dimensional electron 58 electronic excitations 57 birefringence 57 inhomogeneous 57 CAIs 57 cytochrome 57 anions 57 temperature superconductivity 57 nonmagnetic 57 photonic bandgap 57 adatoms 57 nanocrystal 57 antineutrinos 57 electrical resistivity 57 ceria 57 CMOS transistors 57 supersymmetric 57 pyroxene 57 electron neutrino 57 platinum Pt 57 sulfur atom 57 dielectrics 57 gravitational redshift 57 decoherence 57 ferromagnetic materials 57 polyaniline 57 solitons 57 silicates 57 graphene transistors 57 positron 57 Nernst 57 electrical conductance 57 alkali metal 57 titania 57 chemical reactivity 57 massless particles 57 electron spins 57 absorption spectra 57 hydride 57 nanopillars 57 hydrogenase 57 hyperfine 57 semiconducting material 57 intermetallic 57 Aharonov Bohm effect 57 Mott insulators 57 Coulomb blockade 57 microcavities 57 lattice vibrations 57 scanning tunneling microscopy 57 neutrino oscillations 57 plasmon 57 disulfide 57 carbonaceous chondrites 57 AGNs 57 dihydrogen 57 samarium 57 diffraction pattern 57 electron mobility 57 atoms 57 blackbody 57 graphene 57 zinc selenide 57 fullerene 57 alkali metals 57 donor acceptor 57 baryons 57 mesons 57 magnetisation 57 Ruthenium 57 stilbene 57 optical lattices 57 SUSY 57 Fig. 1d 56 Metamaterials 56 shorter wavelengths 56 quantum superposition 56 nonequilibrium 56 leptons 56 stoichiometry 56 plasmonic 56 plasmons 56 cyclization 56 Alfven waves 56 magnetoresistance 56 superlens 56 carbonate globules 56 MWNTs 56 anion 56 magnetic flux 56 monodisperse 56 gold nanoclusters 56 nanocrystalline 56 catalytically active 56 beta tubulin 56 carbenes 56 correlated electron 56 cementite 56 microcavity 56 barium titanate 56 silicon nanowire 56 excitation energies 56 enantiomeric 56 alkyl 56 sulfur atoms 56 magnesium Mg 56 ε 56 antineutrino 56 baryon 56 meV 56 metal oxides 56 tetramer 56 gate dielectric 56 electron scattering 56 graphene nanoribbons 56 hydrogens 56 polymorphs 56 olivine 56 lanthanum strontium 56 potassium atoms 56 ultracold atoms 56 nanomagnets 56 electron 56 nitrides 56 PZT 56 intermetallic compounds 56 quantum tunneling 56 gallium indium 56 electron electron 56 quinone 56 magma ocean 56 biomolecule 56 Einstein equations 56 adsorbate 56 anisotropic 56 bilayer 56 helical structures 56 temperature superconductors 56 lanthanum aluminate 56 negative refraction 56 cosmic strings 56 cobalt atoms 56 asymptotic freedom 56 crystalline solids 56 alloying elements 56 unreactive 56 enthalpy 56 quantum coherence 56 antimonide 56 nuclei 56 bismuth telluride 56 carbides 56 quark gluon plasma 56 formamide 56 magnetic monopole 56 triangular lattice 56 dopant atoms 56 cm -3 56 magnesium diboride 56 bandgaps 56 optical lattice 56 dye molecules 56 sodium atoms 56 solar nebula 56 Raman scattering 55 SN#A 55 boron atoms 55 actinide 55 neodymium Nd 55 fluorophore 55 electrodynamics 55 sterile neutrinos 55 eutectic 55 quantum dot 55 toroid 55 pentacene molecule 55 nonlinear optical 55 pn junctions 55 guanine 55 matter antimatter asymmetry 55 silicon monoxide 55 diffusive 55 Maxwell equations 55 strontium atoms 55 fig. S2 55 lanthanide 55 tetramers 55 oligomer 55 brown dwarfs 55 photolysis 55 Bosons 55 Higgs bosons 55 mesoporous 55 electron tunneling 55 metal hydrides 55 perturbation theory 55 gravitons 55 electrically insulating 55 homodimers 55 conduction electrons 55 God Particle 55 electron orbitals 55 κ 55 selenide 55 gate electrode 55 refractive indices 55 nanomesh 55 steric 55 biominerals 55 nonconducting 55 orbital angular momentum 55 anionic 55 liquid crystalline 55 poly L lysine 55 Pauli exclusion 55 superpositions 55 SWNT 55 neutralinos 55 nanocluster 55 aragonite 55 nanometric 55 catalytic reactions 55 oxygenic photosynthesis 55 semiconducting materials 55 silicon dioxide 55 Rydberg atoms 55 self assembled monolayer 55 graphene flakes 55 thermal conductance 55 covalent bonds 55 MgO 55 chlorine atom 55 photosystem 55 indium tin oxide 55 proton neutron 55 crystallinity 55 magnon 55 indium antimonide 55 antiprotons 55 hadron 55 quantum mechanical 55 spectroscopic techniques 55 olivines 55 relativistic particles 55 polariton 55 MOS transistors 55 surface plasmons 55 Schrödinger cat 55 unpolarized 55 COFs 55 high temperature superconductor 55 nitride semiconductor 55 photoelectron spectroscopy 55 cm -1 55 lattice spacing 55 dynamin 55 solar neutrinos 55 helium atoms 55 thiols 55 tin oxide 55 plagioclase 55 Si substrate 55 alkenes 55 silicon Si 55 cadmium sulfide 55 reactants 55 type Ia supernova 55 W bosons 55 unpaired electrons 55 silicate mineral 55 NMR spectra 55 macrocycle 55 MWNT 55 elastic moduli 55 isotopic fractionation 55 oligomeric 55 nanochannels 55 nanoribbons 55 Fig. 3b 55 nebular 55 alkene 55 nanoribbon 55 adenine 55 electron affinities 54 electrons 54 Alfvén waves 54 superatoms 54 photosphere 54 hyperpolarization 54 CuO 54 CNTs 54 wave particle duality 54 lipid vesicles 54 stony meteorites 54 arsenic sulfide 54 absorption spectroscopy 54 gravitational lensing 54 hydrophobicity 54 adsorption isotherms 54 k dielectric 54 impurity atoms 54 monolayer 54 Hawking radiation 54 photonic crystals 54 quasicrystalline 54 muons 54 Fig. 1a 54 electric dipole 54 chalcogenide 54 chromophore 54 tensile stress 54 positronium 54 ZnO nanowires 54 thermodynamically 54 bismuth ferrite 54 valence electron 54 thermally stable 54 nanometer sized 54 dimeric 54 geoneutrinos 54 spacetime 54 semiconducting nanowires 54 temperature superconducting 54 rubidium 54 Rayleigh scattering 54 SN #A 54 Fig. 2a 54 W boson 54 elemental composition 54 thermodynamic properties 54 phenanthrene 54 quantum capacitance 54 inhomogeneities 54 Z bosons 54 SiO 54 Higgs particle 54 palladium Pd 54 cytochromes 54 macroscopic 54 CPEB 54 lutetium 54 bilayers 54 dipoles 54 quantum dots 54 diffusion coefficient 54 nematic 54 thermal decomposition 54 martensitic 54 substituents 54 hafnium dioxide 54 Schrodinger equation 54 manganese oxide 54 nonpolar 54 photoemission spectroscopy 54 fermionic condensate 54 linewidth 54 silicon oxide 54 quantized 54 metamaterials 54 alkali atoms 54 adiabatic 54 primitive meteorites 54 thermoelectric materials 54 ultracold gases 54 anatase 54 isotope ratios 54 membrane protein 54 chromophores 54 rotaxane 54 soliton 54 porphyrins 54 superluminal 54 nitrogen atoms 54 photochromic 54 nanodiamond 54 cesium atom 54 aryl 54 metallic alloys 54 subatomic particle 54 nucleobases 54 multilayers 54 colloidal nanocrystals 54 silicate dust 54 electron spin 54 neutrino mass 54 Germanium 54 ZnO nanowire 54 PMOS transistors 54 Memristors 54 lithium niobate 54 immiscible 54 quantum electrodynamics 54 interconversion 54 cadmium selenium 54 hydrogen atom 54 electron volt 54 Supplementary Fig 54 nanocomposite material 54 biomineralization 54 scale invariance 54 phyllosilicates 54 atomic lattice 54 fluorophores 54 figs. 54 COOH 54 photocurrent 54 Superconductivity 54 Tellurium 53 hexamers 53 SWCNT 53 graphene electrons 53 mantle plumes 53 zeolites 53 Fig. 2b 53 threshold voltages 53 Cepheids 53 ATRP 53 quantum correlations 53 carbonate minerals 53 disulfide bond 53 conductivity 53 conformations 53 J# +# [002] 53 semiconducting nanotubes 53 jarosite 53 chlorophylls 53 AlGaN 53 vanadate 53 serine 53 collinear 53 chiral molecules 53 fluorescent molecules 53 adsorbed 53 divalent 53 cobalt atom 53 vibrational modes 53 ceramic superconductors 53 copper oxide 53 isotopic ratios 53 transferase 53 τ 53 microwave photon 53 MiniBooNE 53 Bojowald 53 anthracene 53 FinFETs 53 MoS2 53 nanostructures 53 photosystems 53 thymine 53 metallicity 53 k dielectrics 53 Fig. 1A 53 Titanium Oxide 53 spherical particles 53 Tc 53 tholins 53 nanoworld 53 phosphorus atoms 53 lanthanides 53 antibody antigen 53 nanoglue 53 cesium atoms 53 oligomerization 53 ab initio calculations 53 muon neutrino 53 fig. S3 53 hydrogen helium 53 site directed mutagenesis 53 Fermions 53 organometallic 53 helices 53 magnetosomes 53 peroxidase 53 entangled quantum 53 bistable 53 phytochrome 53 chemically inert 53 PEDOT PSS 53 calcium fluoride 53 Aerogels 53 nanobacteria 53 lattice mismatch 53 MnO 53 streptavidin 53 lanthanum neodymium 53 heterostructure 53 boron nitride nanotubes 53 quantum gravity 53 block copolymer 53 copper sulfide 53 goethite 53 ionic conductivity 53 rhodopsin 53 electron diffraction 53 electron beams 53 oxygen atom 53 particle morphology 53 graphite whiskers 53 thermal diffusivity 53 QCD 53 fused silica 53 photoactive 53 Kanatzidis 53 nanosized 53 axion 53 SAXS 53 proton decay 53 ultracold molecules 53 amorphous calcium carbonate 53 manganese oxides 53 supramolecular 53 neutrino 53 stoichiometric 53 heterodimers 53 nonlinearity 53 electrocatalyst 53 nucleon 53 temperature superconductor 53 dissipative 53 Zr 53 bistability 53 iron oxides 53 TiO 53 electrostatic interactions 53 supersymmetry 53 qubit 53 refractive index 53 fluorescence spectroscopy 53 hydrophobic interactions 53 eclipsing binary 53 graphene oxide 53 moieties 53 Z boson 53 FeO 53 nanorod 53 NanoSIMS 53 thermophilum 53 europium 53 platinum nanorods 53 ALH# 53 titanium oxide 53 Fig. 2B 53 Gal Yam 53 NH4 + 53 molecular orbitals 53 redshifts 53 quantum particles 53 vibrational spectroscopy 53 circularly polarized light 53 Pol IV 53 spin precession 53 Ohmoto 53 gluon 53 organic frameworks MOFs 53 periodic oscillations 53 toroidal 53 IR spectra 53 thermocouples 53 InGaAs 53 trimeric 53 spin Seebeck 53 WIMPs 53 TiO 2 53 indium gallium arsenide 53 antiquark 53 macroscopic objects 53 photocatalysis 53 Kuiper belt objects 53 cytidine 53 scanning tunneling microscope 53 Fullerene 53 spectroscopic methods 53 GaN layer 53 Dirac equation 53 chondritic 53 Schematic representation 53 hydroxides 53 nanoporous 53 zinc ions 53 elastic modulus 53 photochemistry 53 electrophilic 52 neutron scattering experiments 52 reduced graphene oxide 52 dI dV 52 absorbance 52 spherically symmetric 52 Einstein cosmological constant 52 Raman spectra 52 interferometers 52 MWCNTs 52 intermolecular 52 heterojunctions 52 SQUIDs 52 QCLs 52 silicon transistors 52 thermal conductivity 52 filamentary 52 abundances 52 proton pump 52 surface plasmon polariton 52 magnetic nanoparticle 52 stimulated emission 52 spiral nebulae 52 subwavelength 52 promethium 52 X ray binaries 52 calmodulin 52 absorbs ultraviolet 52 QGP 52 riboswitch 52 chiral metamaterials 52 anode cathode 52 diffraction limit 52 metallic ions 52 luminosities 52 Muons 52 germanium 52 microstructures 52 thermodynamically stable 52 keV 52 photoelectric effect 52 nanowire 52 lepton 52 JILA scientists 52 quantum dot lasers 52 magnetization reversal 52 ω 52 photoionization 52 6S RNA 52 chemisorption 52 oxygen isotope 52 particles WIMPs 52 amino acid substitutions 52 superparamagnetic 52 manganese atoms 52 gold nanostars 52 layer graphene 52 zinc sulfide 52 thermally activated 52 magnetic permeability 52 resonance frequency 52 optical wavelengths 52 CdS 52 gallium 52 sulfur isotope 52 silicon atoms 52 macromolecule 52 nanoscale 52 dielectric 52 pearlite 52 -# mV [001] 52 graviton 52 α 52 Raman lasers 52 nanodiamonds 52 micrometer sized 52 indium arsenide 52 angle resolved photoemission 52 extracellular proteins 52 indium gallium 52 quantum mechanics 52 mobilities 52 amide 52 Fig. 3a 52 luminous galaxies 52 nMOS 52 hexagonal lattice 52 magnetic vortices 52 graphite oxide 52 lattice parameter 52 crystalline structure 52 recrystallized 52 titanium oxides 52 branes 52 aluminum nitride 52 Fig. 3B 52 gallium arsenide 52 ion traps 52 GJ #b [001] 52 Yb 52 protons neutrons 52 heterogeneous catalysts 52 Kaluza Klein 52 rotaxanes 52 epitaxial layers 52 halides 52 helium atom 52 photon absorption 52 antiproton 52 Curtarolo 52 graphene sheet 52 tungsten isotopes 52 nitride 52 pyrophosphate 52 fluorapatite 52 halide 52 octahedral 52 glycoproteins 52 spintronic devices 52 photonic crystal fiber 52 arsenide 52 crystal lattice 52 KaiC 52 fluorescence quenching 52 λ 52 submicroscopic 52 Hafnium 52 uranyl 52 isotopic 52 graphene sheets 52 superposition 52 germanium antimony 52 micrometer scale 52 asymmetric catalysis 52 microfabricated 52 inorganic compounds 52 nanorings 52 MWCNT 52 Zeolites 52 cobalt ions 52 terahertz frequencies 52 fluorinated compounds 52 Type Ia supernovae 52 NADH 52 aliphatic 52 pMOS 52 Indium Phosphide 52 spicule 52 π 52 arsenate 52 polycrystalline 52 colloidal 52 chalcogenide glass 52 monolayers 52 stereochemical 52 electrostatic attraction 52 corona discharge 52 basaltic rocks 52 semiconductive 52 inorganic ions 52 LSND 52 fullerenes 52 photon fluorescence 52 GaAs AlGaAs 52 invariance 52 rheological 52 photosystem II 52 InN 52 pn junction 52 chromatid 52 fig. S4 52 Fig. 3A 52 graphitic carbon 52 cadherins 52 particle acceleration 52 microbeads 52 missing baryons 52 Vps# 52 photochemical reactions 52 organic molecules 52 x ray scattering 52 Fig. 1e 52 HfO2 52 nanoscale dimensions 52 ferro electric 52 nanobubble 52 indium phosphide 52 nanoelectromechanical systems