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(Click for frequent words.) 73 Fig. 1a 72 cuprate 72 orbitals 71 intramolecular 71 antiparallel 71 Mott insulator 70 ferromagnet 70 electron doped 70 dipolar 70 Fig. 2b 69 delocalized 69 undoped 69 ferromagnetic 69 magnetization 69 Fig. 1A 69 triangular lattice 68 bilayer 68 bosonic 68 crystallinity 68 electron density 68 paramagnetic 68 γ 68 dipole moment 67 cuprates 67 steric 67 Fig. 2a 67 electron pairs 67 electron scattering 67 conductance 67 tetragonal 67 SiO 2 67 dopant 66 hyperfine 66 quasiparticle 66 electron spins 66 cementite 66 cuprate superconductors 66 microcavities 66 inhomogeneity 66 anisotropy 66 crystal lattice 66 Supplementary Fig 66 anisotropic 66 heavy fermion 66 dimer 66 polaritons 66 weakly interacting 66 polariton 66 exciton 66 nanometric 66 figs. 66 adsorbate 66 cobalt atoms 66 Fig. 3B 66 intergranular 66 quantum oscillations 65 Fig. 1d 65 YBCO 65 supercurrent 65 lattice vibrations 65 post perovskite 65 silicon atoms 65 strontium titanate 65 dielectric layer 65 silicide 65 icosahedral 65 macrocycle 65 inhomogeneous 65 uniaxial 65 Fig. 3b 65 diffusive 65 microcavity 65 GaN layer 65 superlattice 65 decoherence 65 Fig. 4b 65 spheroidal 65 Fig. 2B 65 fig. S1 65 vibrational modes 65 intermolecular 65 gate electrode 65 dihydrogen 64 Si substrate 64 multiferroic 64 perovskite 64 magnetisation 64 CuO 64 boron atoms 64 fig. S3 64 Coulomb blockade 64 isotropic 64 ferromagnetism 64 mesoscopic 64 θ 64 Fig. 2c 64 Fig. 1c 64 micrometer scale 64 topological insulator 64 hexamers 64 crystallites 64 dI dV 64 dopants 64 intermetallic compounds 64 CdSe 64 colloidal particles 64 sulfur atoms 64 colloidal crystals 64 interfacial 64 nematic 64 trimers 63 interparticle 63 Fig. 2A 63 GaP 63 interphase 63 MWNT 63 donor acceptor 63 pnictides 63 inhomogeneities 63 manganite 63 ferroelectricity 63 Dirac fermions 63 photon energies 63 ε 63 Brillouin zone 63 isomeric 63 SDS PAGE 63 atomically smooth 63 self assembled monolayer 63 antibody antigen 63 μm thick 63 ARPES 63 conduction electrons 63 nonmagnetic 63 toroid 63 graphene layers 63 meV 63 phonon 63 monolayers 63 Schematic representation 63 magnetic excitations 63 absorption spectra 63 intercalation 63 Fig. 4A 63 tetrahedral 63 photoemission 63 antiferromagnets 63 superfluid 63 Fig. 4B 63 magnetic dipole 63 indium arsenide 63 shear modulus 63 crystalline lattice 63 stoichiometry 63 wavefunction 63 hafnium oxide 63 linewidth 63 Josephson junctions 63 CdS 63 photocurrent 63 Fig. 4a 63 oligomer 63 dimeric 63 iron pnictides 62 σ 62 fluorescence intensity 62 unconventional superconductivity 62 φ 62 hydrophobicity 62 punctate 62 Fig. 3c 62 optical lattice 62 quasicrystal 62 electron tunneling 62 birefringence 62 adsorbed 62 pentacene molecule 62 diatomic 62 porphyrin 62 martensite 62 photolysis 62 catalytically active 62 bismuth ferrite 62 monolayer 62 Fig. 3a 62 photoconductive 62 magnons 62 Fig. 1b 62 pentacene 62 cadmium sulfide 62 excitonic 62 magnetization reversal 62 enthalpy 62 diffraction pattern 62 InAs 62 bilayer graphene 62 nanomesh 62 superposed 62 resonance frequency 62 μm diameter 62 rotaxanes 62 isotope fractionation 62 nonconducting 62 electronic excitations 62 kcal mol 62 supersolid 62 electrical conductance 62 fermion 62 helices 62 anion 62 quasiparticles 62 circular dichroism 62 deuterated 62 Fig. 3A 62 Nernst 62 Fig. 1D 62 dispersive 62 austenite 62 collinear 62 nanorod 62 GPa 62 alkynes 62 dimers 62 unpolarized 62 1μm 62 graphane 62 oppositely charged 62 heterogeneities 62 κ 62 DFT calculations 62 electron orbitals 62 redox reactions 62 mK 62 excitation 62 unpaired electrons 61 electron electron 61 valence electrons 61 Josephson junction 61 Fig. 1B 61 cm -3 61 multilayers 61 aperiodic 61 dielectric constant 61 silica spheres 61 sulfur atom 61 magnon 61 pMOS 61 anionic 61 nonequilibrium 61 fig. S2 61 ZnSe 61 dielectric layers 61 Fig. 2C 61 oscillatory 61 compressive strain 61 microwave photon 61 Yb 61 pn junction 61 wavefronts 61 dipoles 61 interatomic 61 fluorescence quenching 61 beta tubulin 61 nanoribbon 61 crystal lattices 61 thermal gradients 61 Raman spectra 61 solvation 61 interconversion 61 quantum mechanically 61 Fig. 1C 61 thermally activated 61 metastable 61 membrane lipids 61 intermetallic 61 ferroelectric 61 capacitive coupling 61 Figure 4a 61 hydrogens 61 ω 61 emission spectra 61 heterostructures 61 permittivity 61 MnO 61 alkyl 61 electrical resistivity 61 diffracted 61 valence electron 61 adatoms 61 adduct 61 covalent bond 61 SWCNT 61 Fig. 1e 61 ρ 61 nitride layer 61 palladium Pd 61 nucleation 61 quantum coherence 61 transmembrane 61 copper oxide superconductors 61 metallic nanostructures 61 orientational 61 MgO 61 F actin 61 octahedral 61 lattice mismatch 61 endonuclease 61 valence band 61 photonic crystal 61 electrically insulating 60 QDs 60 bistability 60 anomalous dispersion 60 dephasing 60 acyclic 60 SiO2 60 complexation 60 recrystallization 60 diffusivity 60 nonlinearity 60 MOS transistors 60 lamellar 60 tetramer 60 martensitic 60 AlGaN 60 AlN layer 60 coplanar 60 diffraction grating 60 dielectric 60 histidine 60 thermal decomposition 60 boron nitride 60 birefringent 60 Fig. 3C 60 circumstellar 60 τ 60 sigmoidal 60 magnetic permeability 60 electric dipole 60 coercivity 60 superconducting qubit 60 heterostructure 60 quantized 60 graphitic 60 lanthanum aluminate 60 dielectrics 60 helicity 60 CaM 60 rheological 60 compressive stress 60 absorbs photons 60 filamentary 60 transferase 60 calcium fluoride 60 ZnO 60 cm -1 60 self assembled monolayers 60 heterochromatic 60 submicrometer 60 phonons 60 emitted photons 60 nanopillars 60 Fig. 60 anions 60 tetrahedra 60 TiO 60 fig. S4 60 silicon oxide 60 pseudogap 60 spin precession 60 photonic bandgap 60 molecular orbitals 60 magnesium ion 60 silicon nanowire 60 eutectic 60 chemically reactive 60 ligand receptor 60 fermionic 60 η 60 nanobubble 60 tensile stress 60 centromeric 60 reactant 60 rotaxane 60 SWNT 60 electrostatic attraction 60 iron arsenide 60 dimensional electron 59 rubidium vapor 59 electron positron pairs 59 ssDNA 59 dissipative 59 vibrationally excited 59 supramolecular 59 nanoribbons 59 focal adhesions 59 Mg Fe 59 multi walled nanotubes 59 magnetic anisotropy 59 Schottky barrier 59 thermodynamically stable 59 excitations 59 invariant 59 λ 59 epitaxial layer 59 chalcogenide 59 thermal conductivities 59 ultracold molecules 59 excitons 59 Casimir cavity 59 fermionic atoms 59 thermodynamic equilibrium 59 PbS 59 SWNTs 59 superconductivity 59 chromophore 59 komatiite 59 nanocrystal 59 plasmon 59 crystallographic 59 ytterbium 59 micrometer sized 59 NiSi 59 lipid bilayer 59 ferromagnetic materials 59 nanoscopic 59 block copolymer 59 depolarization 59 electromagnetic coupling 59 dopant atoms 59 cesium ions 59 DGGE 59 manganese oxide 59 liquid crystalline 59 oligomerization 59 substituents 59 nucleate 59 conformational changes 59 equilibration 59 friction coefficients 59 dye molecules 59 manganese atoms 59 electron transistor 59 ferroelectrics 59 entangled quantum 59 ZrO 2 59 cytochrome 59 divalent 59 COOH 59 tensor 59 5μm 59 unpaired electron 59 magnetic susceptibility 59 eutectic alloy 59 macroscale 59 quinone 59 mitotic spindles 59 nanodots 59 diffusion coefficient 59 proton neutron 59 orthologous 59 globular proteins 59 semiconducting 59 yttrium barium copper 59 subwavelength 59 thermally stable 59 fused silica 59 atoms 59 bistable 59 superlattices 59 proline rich 59 spectrin 59 semiconductor nanowires 59 absorbance 59 anneal 59 laser excitation 59 electron diffraction 59 Figure 1C 59 rubidium 59 silicon Si 59 magnetospheric 59 orbital angular momentum 59 Bose Einstein condensates 59 amino acid residues 59 chlorine atom 59 epoxide 59 macroscopic 59 nuclei 59 alkene 59 electron pairing 59 6S RNA 59 eclogitic 59 topological defects 59 mesoporous 59 colocalization 59 spherical particles 59 isomers 59 muon neutrino 59 hexagonal lattice 59 microstructured 59 gate dielectrics 59 GAPDH 59 linearly polarized 59 Bragg grating 59 gallium indium arsenide 59 electron 59 adsorption 59 photoluminescence 59 Si SiGe 59 microstrip 59 radiative 59 polymerized 58 organometallic 58 Young modulus 58 MWCNT 58 germanium silicon 58 oxygen atoms 58 magnetosomes 58 optically transparent 58 monodisperse 58 nanocrystalline 58 z = 58 covalent bonding 58 X ray absorption spectroscopy 58 Schematic diagram 58 vanadium dioxide 58 parasitic capacitance 58 B meson 58 Fig. 4c 58 excitation energies 58 inelastic scattering 58 magnetoresistance 58 chemically bonded 58 elastic deformation 58 antiparticles 58 electrostatic interactions 58 ellipsoid 58 absorption spectroscopy 58 linearly polarized light 58 bandgap 58 silicon waveguide 58 quantum particle 58 Ca2 + 58 ν 58 magnetic dipoles 58 photoionization 58 FeO 58 platinum Pt 58 ATP hydrolysis 58 polarized electrons 58 LiNbO3 58 homopolymer 58 isotherms 58 anaphase 58 nanotubes nanowires 58 chemical reactivity 58 streptavidin 58 bilayers 58 redox 58 sodium atoms 58 glomerulus 58 titania nanotubes 58 KaiC 58 hydrogenase 58 epitaxial layers 58 microstructural 58 hysteresis loop 58 nanocages 58 nucleons 58 heterojunctions 58 chromatid 58 uracil 58 ZnO nanowire 58 translationally 58 absorbs photon 58 periodic oscillations 58 fluorescence emission 58 enantiomeric 58 beta subunit 58 electrophilic 58 hydroxide ions 58 arsenopyrite pyrite 58 topological insulators 58 ZnS 58 velocity dispersion 58 crosslinking 58 concentration gradient 58 thermodynamic properties 58 mitotic spindle 58 cavity QED 58 pyrope 58 lowermost mantle 58 fig. S5 58 aluminum nitride 58 cathepsin B 58 ring resonators 58 ultracold 58 ZnO nanowires 58 alkali metal 58 elastic modulus 58 z axis 58 atomic lattice 58 ellipsoids 58 photoelectron spectroscopy 58 AlN 58 site directed mutagenesis 58 electrons orbiting 58 covalently bonded 58 circularly polarized 58 poly L lysine 58 graphene flakes 58 amide 58 hexamer 58 toroidal 58 carbides 58 impurity atoms 58 CMOS transistors 58 ohmic 58 ferromagnets 58 phosphorus atoms 58 AlGaN GaN 58 disulfide 58 nanochannels 58 serine 58 zinc ions 58 kinetochores 58 coherent superposition 58 nanomagnets 58 stereochemical 58 carbene 58 UV photons 58 coiled coil 58 cesium atom 58 x ray absorption spectroscopy 58 reactive intermediates 58 crystalline solids 58 nanosized 58 Figure 2a 58 surface plasmon 58 conventional superconductors 58 Rydberg atom 58 Fig. 3d 58 ^ sub 58 felsic tuff 58 nonpolar 58 dielectric permittivity 58 TiO 2 58 cyclization 58 fibril 58 spatially separated 58 vanadate 58 rotational symmetry 58 oscillation frequency 58 meson 58 zinc selenide 58 dynamical 58 nitrogen atoms 57 fluorescent dye molecules 57 surface plasmons 57 ceria 57 superconducting 57 chlorophyll molecules 57 magnesium ions 57 photosystem II 57 kinesin motor 57 NMR spectra 57 coexpression 57 stripline 57 electrons 57 orthogonally 57 hematoxylin 57 Eq. 57 crosslinks 57 β 57 sorption 57 quantum tunneling 57 branes 57 stilbene 57 magnetic vortices 57 lipid membranes 57 interfacial layer 57 valence 57 chlorophylls 57 crustal rocks 57 nonlinear optical 57 ceramic superconductors 57 aqueous solution 57 plagioclase 57 actin filament 57 TiN 57 electroluminescence EL 57 saccharide 57 semiconductive 57 Supplementary Figs 57 vibrational frequency 57 sidebands 57 morphogen 57 cytochrome c 57 particle morphology 57 planar 57 1nm 57 controllably 57 interfacial tension 57 spatially resolved 57 resonance frequencies 57 bandgaps 57 bismuth telluride 57 helium ions 57 potassium atoms 57 chirality 57 threshold voltages 57 parasitic capacitances 57 fluorapatite 57 helium atoms 57 2μm 57 backscattered 57 thermally induced 57 amphibolite 57 electrophoretic 57 chalcogenide glass 57 postsynaptic 57 microfabricated 57 HfSiON 57 quasicrystals 57 biomolecule 57 polyadenylation 57 microfluidic channels 57 cadmium selenide 57 sulfonated 57 ultracold gas 57 equilibrated 57 4H SiC 57 electrospray 57 chondrules 57 ab initio calculations 57 spontaneous fission 57 silicate minerals 57 chalcogenides 57 relativistic particles 57 metaphase 57 processive 57 hydrophobic interactions 57 strontium atoms 57 passivated 57 ultrathin layer 57 trimeric 57 Fig. 1E 57 remanent 57 quantum capacitance 57 dual damascene 57 manganese oxides 57 unmethylated DNA 57 thiol 57 tetramers 57 alkane 57 oxide nanowires 57 lamina 57 PIP2 57 protonated 57 fermions 57 pyroxene 57 x ray scattering 57 actin binding 57 adenine 57 gaussian 57 stereochemistry 57 gluon 57 proteinaceous 57 quantum particles 57 lamellae 57 ohmic contacts 57 SiO 57 ankerite 57 conformational 57 oxygen atom 57 graphene nanoribbons 57 Fig. 2d 57 EF Tu 57 titanium nitride 57 fibrillar 57 nonlinearities 57 vesicle fusion 57 electrons tunneling 57 #.#nm [002] 57 interferometric 57 ultracold atoms 57 diffusible 57 quantum correlations 57 cycloaddition 57 gelation 57 HfO2 57 nanotube arrays 57 silicate 57 disulfide bond 57 layer graphene 57 X ray pulses 57 dinitrogen 57 ligand binding 57 histone H4 57 oligomeric 57 graphene sheet 57 superconducting qubits 57 MWNTs 57 microcrystalline 57 oxide layer 57 micrometre sized 57 P gp 57 alpha helical 57 lanthanide 57 nanowire 57 photosystem 57 caveolae 57 optical waveguides 57 metallic ions 57 pseudogap phase 57 viscoelasticity 57 scanning tunneling microscopy 57 graphene sheets 57 chemotactic 57 sinusoidal 57 optical resonator 57 cytosolic 57 x ray diffraction 57 silicon substrate 57 electrostatic repulsion 57 functionalization 57 δ 57 H#K#me# 57 molecules adsorbed 57 cobalt atom 57 iron sulphides 57 wave particle duality 57 dimerization 56 jovian 56 torus 56 superparamagnetic 56 conductive epoxy 56 Fig. 2D 56 Brillouin 56 spherical particle 56 amino acid substitutions 56 polypeptide chain 56 bosons 56 pearlite 56 parylene 56 quasicrystalline 56 polymerisation 56 perinuclear 56 telomeric 56 sulfidic 56 dielectric materials 56 cytidine 56 nMOS 56 fluorophore 56 silicon monoxide 56 Gaussian 56 mylonite 56 elastic moduli 56 radiative recombination 56 resonant tunneling 56 dewetting 56 Figure 1a 56 eluted 56 HTS wires 56 oscillation frequencies 56 Fig. 2E 56 -# mV [001] 56 SAXS 56 polycrystalline 56 phytochrome 56 nitride 56 absorb neutrons 56 felsic intrusion 56 correlated electron 56 quantum superposition 56 biaxial 56 surface roughness 56 ionic conductivity 56 semiconductor quantum dots 56 cosmic ray flux 56 diamagnetic 56 lithographically patterned 56 circumstellar disk 56 electroless plating 56 P3HT 56 RecA 56 collagenous 56 conductivity 56 cysteine residue 56 photochemically 56 impedances 56 quadratic 56 transduction 56 6nm 56 amacrine 56 heterojunction 56 PEDOT PSS 56 atomic orbitals 56 ankyrin repeats 56 moieties 56 X ray scattering 56 PDZ domain 56 Ytterbium 56 intermolecular forces 56 resonant frequencies 56 saturable 56 Fig.1 56 basal layer 56 Diels Alder reaction 56 transmembrane domain 56 detuning 56 U Th 56 collagen fibrils 56 spacetime 56 honeycomb lattice 56 fluorescently tagged 56 rostral 56 laminar 56 #S rRNA 56 ribozyme 56 cuticular 56 PMOS transistors 56 capacitances 56 topological 56 collisional 56 nanomechanical 56 heterodimers 56 k dielectric 56 anodic 56 doped silicon 56 guanine 56 Fabry Perot 56 radiative cooling 56 membrane proximal 56 ribosomal DNA 56 hydrogen ions 56 phenylene 56 gate dielectric 56 microgel 56 NWs 56 capacitively coupled 56 protein conformation 56 ductile deformation 56 coverslip 56 circularly polarized light 56 cm ² 56 Vps# 56 GLUT4 56 conjugated polymers 56 conformer 56 nitrogen atom 56 polyaniline 56 osmium 56 hydrogen atom 56 disulfide bonds 56 ciliated 56 piezoelectric properties 56 dentinal 56 unpatterned 56 photosystems 56 picosecond 56 solitons 56 localized surface plasmon 56 centromeres 56 Schematic illustration 56 cytoplasmic 56 extrusive 56 m z 56 nonoverlapping 56 calorimetric 56 substrate 56 van der Waals interactions 56 interferometers 56 mobilities 56 longitudinal axis 56 noncoding RNA 56 intron 56 norite 56 thermal conductance 56 gradational 56 hydride 56 zinc sulfide 56 photoactive 56 lipid membrane 56 polyhedral 56 resonators 56 hydroperoxide 56 nanoporous 56 dumbbell shaped 56 monomeric 56 resistive element 56 stockwork veins 56 nanocrystals 56 lattice parameter 56 cyano 56 protein adsorption 56 magnetic monopoles 56 Bose Einstein Condensate 56 chrome diopside