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(Click for frequent words.) 71 intramolecular 70 nucleons 69 phonons 69 bosonic 68 crystal lattice 68 lattice vibrations 68 electron pairing 68 intermolecular 68 exciton 68 superfluid 67 quasiparticles 67 polaritons 67 antiparallel 67 dipolar 67 heterojunctions 67 antiferromagnetic 67 electron spins 67 bilayer 67 monolayers 66 ferromagnet 66 cementite 66 superposed 66 hexamers 66 hyperfine 66 crystallites 66 Mott insulator 66 inhomogeneous 66 nonequilibrium 66 fermion 65 helicity 65 silicon atoms 65 metastable 65 orbitals 65 graphene layers 65 delocalized 65 gold nanoclusters 65 supersolid 65 fermionic 65 dipole moment 65 anisotropic 65 photon energies 65 quasicrystal 65 magnesium ions 65 excitations 65 antibody antigen 65 electron density 64 cuprates 64 superfluids 64 Bose Einstein condensates 64 trimers 64 disulfide bonds 64 DFT calculations 64 crystal lattices 64 cadherins 64 GPa 64 sodium atoms 64 bosons 64 quantum coherence 64 supercurrent 64 phonon 64 diffraction pattern 64 covalent bonds 64 conventional superconductors 64 ferromagnetism 64 conduction electrons 64 weakly interacting 64 boron atoms 64 quantum mechanically 64 dimer 64 fermionic atoms 64 solitons 64 conformations 64 ferromagnetic 64 quasiparticle 64 enthalpy 63 wavefunction 63 dimers 63 interfacial 63 rubidium vapor 63 nucleate 63 conformational changes 63 dye molecules 63 magnetization 63 fig. S1 63 unconventional superconductivity 63 cuprate superconductors 63 interatomic 63 electronic excitations 63 isotropic 63 polariton 63 polypeptide chain 63 quantum correlations 63 colloidal particles 63 fibril 63 paramagnetic 63 intermolecular forces 63 magnetic flux 63 chiral molecules 63 oppositely charged 63 nanomagnets 63 quantum oscillations 63 nanoribbon 63 γ 62 copper oxide superconductors 62 sulfur atoms 62 antiferromagnets 62 nanodroplets 62 conductance 62 superconduct 62 resonant frequencies 62 catalytically active 62 isomeric 62 macrocycle 62 Fig. 1A 62 mesoscopic 62 Raman spectra 62 lipid bilayer 62 helium atoms 62 anisotropy 62 dopants 62 Bose Einstein condensation 62 excitons 62 covalent bond 62 hydrophobic interactions 62 SWNTs 62 quasicrystals 62 manganite 62 strontium titanate 62 vesicle fusion 62 nuclei 62 electrostatic interactions 62 ferroelectricity 62 cobalt atoms 62 pseudogap 62 Dirac fermions 62 heavy fermion 62 donor acceptor 62 perovskite 62 unpaired electrons 62 crustal rocks 62 microcavities 62 oligomer 62 spectroscopic techniques 62 annealing temperature 62 Josephson junctions 61 Fig. 2a 61 dopant atoms 61 Fig. 1b 61 magnetisation 61 dipoles 61 electron tunneling 61 electron scattering 61 ferroelectrics 61 nanochannels 61 plasmon 61 helices 61 W bosons 61 post perovskite 61 lipid membrane 61 atoms 61 resonant tunneling 61 cuprate 61 steric 61 absorption spectra 61 biomolecule 61 Fig. 3b 61 dimensional electron 61 stoichiometry 61 magnetization reversal 61 van der Waals interactions 61 sulfur atom 61 interconversion 61 catalytic reactions 61 Bose Einstein Condensate 61 transmembrane 61 colloidal crystals 61 magnetosomes 61 Fig. 4a 61 magnetic excitations 61 adsorbate 61 thermodynamically 61 icosahedral 61 hydrophobicity 61 Supplementary Fig 61 Rydberg atom 61 dispersive 61 diatomic 61 ultracold atoms 61 electrons behave 61 fermions 61 nonlinear optical 61 meV 61 carbene 60 martensite 60 microstructures 60 kcal mol 60 monodisperse 60 magnons 60 anionic 60 microstructural 60 inhomogeneity 60 ultracold 60 bilayers 60 chemically reactive 60 birefringence 60 substituents 60 vibrational modes 60 lipid bilayers 60 crystallinity 60 high temperature superconductors 60 cyclization 60 lipid membranes 60 helical structures 60 triangular lattice 60 epoxide 60 fig. S2 60 vibrational frequency 60 tetrahedra 60 ferromagnetic materials 60 caveolae 60 diffusion coefficient 60 hydrogen nuclei 60 mesoporous 60 nanopillars 60 collagen fibrils 60 bilayer graphene 60 photoemission 60 adsorbed 60 QDs 60 electron doped 60 Nernst 60 cycloaddition 60 tetramer 60 toroid 60 electrostatic repulsion 60 anions 60 Si substrate 60 figs. 60 hydrogens 60 oscillatory 60 ARPES 60 electrons orbiting 60 disulfide bridges 60 decoherence 60 chemical reactivity 60 electrical conductance 60 ribozyme 60 topological insulator 60 Schottky barrier 60 electrostatic attraction 60 adiabatic 60 nonconducting 60 magnetospheric 60 reactant 60 Fig. 2B 60 YBCO 60 topological insulators 60 excitonic 60 nitrogen atoms 60 valence band 60 chondrules 60 lamellar 60 solvation 60 thermal decomposition 60 amorphous calcium carbonate 60 aqueous solution 60 zinc ions 59 quantum superposition 59 evanescent waves 59 reactants 59 metallic nanostructures 59 poly L lysine 59 mitotic spindle 59 nonmagnetic 59 SWCNT 59 bandgaps 59 cadmium selenide 59 chirality 59 biological molecules 59 SWCNTs 59 emit photon 59 optical lattice 59 superconductivity 59 sister chromatids 59 excitation 59 terahertz radiation 59 Fig. 2A 59 electrons 59 nucleon 59 disulfide bond 59 superlattice 59 silicon nanowire 59 impurity atoms 59 oxygen atoms 59 optical excitation 59 tetrahedral 59 colocalization 59 protein filaments 59 supramolecular 59 dynamical 59 optical lattices 59 electron electron 59 sodium ions 59 Alfven waves 59 diffracted 59 Alfvén waves 59 macroscopic 59 isotope fractionation 59 tetragonal 59 oxygen ions 59 nanocages 59 resonance frequency 59 circularly polarized light 59 graphene sheets 59 topological defects 59 ab initio calculations 59 globular proteins 59 nanobubbles 59 branes 59 peptoid 59 F actin 59 dielectric layer 59 macroscale 59 spherical nanoparticles 59 depolarization 59 alkynes 59 surface plasmons 59 spherical particles 59 crosslinks 59 femtosecond pulses 59 protein conformation 59 photonic crystal 59 isotherms 59 semiconducting materials 59 gate electrode 59 ellipsoids 59 protonated 59 thermally activated 59 antiparticles 59 cm -1 59 NMR spectra 59 lattice spacing 59 crystallographic 58 focal adhesions 58 electron 58 electrically insulating 58 Vps# 58 nanoribbons 58 austenite 58 chlorosome 58 hydrogen ions 58 scanning tunneling microscopy 58 iron pnictides 58 graphane 58 pseudogap phase 58 dopant 58 chromophore 58 thermodynamic equilibrium 58 actin filament 58 cysteine residues 58 morphogen 58 spicule 58 velocity dispersion 58 fibrillar 58 electron neutrinos 58 silicate dust 58 silicate minerals 58 cobalt atom 58 membrane pores 58 conjugated polymers 58 diffraction grating 58 myosins 58 membrane fusion 58 heterogeneities 58 spin excitations 58 chemisorption 58 quantum bits qubits 58 ions 58 crystalline structure 58 diffraction patterns 58 electrophilic 58 vortices 58 hydrogen atoms 58 magnetic monopoles 58 valence electrons 58 photochemical processes 58 secretory cells 58 Fig. 2b 58 van der Waals forces 58 monolayer 58 diffusive 58 macromolecule 58 magnetic anisotropy 58 micrometer scale 58 amino acid residues 58 orthogonally 58 nanocubes 58 wavefronts 58 orbital angular momentum 58 hexamer 58 nanometric 58 photosystem II 58 superconductor 58 fig. S4 58 multiphoton 58 labile 58 superconducting 58 manganese atoms 58 titania 58 kaons 58 crystalline solids 58 resonance frequencies 58 microfluidic channels 58 cell outer membrane 58 emitted photons 58 vanadium dioxide 58 photons 58 antiprotons 58 silicon waveguide 58 alpha helical 58 valence electron 58 microwave photon 58 MOS transistors 58 magnon 58 surface plasmon 58 Fig. 1d 58 sigmoidal 58 Feshbach resonance 58 spheroidal 58 nanocrystal 58 punctate 58 monomeric 58 eutectic 58 diffusible 58 interparticle 58 circumstellar 58 entangled qubits 58 semiconducting 58 downwelling 58 interphase 58 plasmons 58 alpha helices 58 advection 58 van der Waals 58 PDZ domains 58 nanobelts 58 nanomesh 58 homologous chromosomes 57 potassium atoms 57 nanocrystals 57 filamentary 57 ceramic superconductors 57 ferroelectric 57 RNA strands 57 superatom 57 phosphorus atoms 57 covalent bonding 57 superpositions 57 octahedral 57 magnetic vortices 57 ligand receptor 57 magnetotail 57 polymerize 57 hydrides 57 rotaxanes 57 inhomogeneities 57 Einstein equations 57 biominerals 57 quantum tunneling 57 quantum particle 57 MT1 MMP 57 intermolecular interactions 57 SWNT 57 actin binding 57 nanodots 57 photochemical reactions 57 subwavelength 57 strange quark 57 fluorescence intensity 57 Gravitational waves 57 dimeric 57 extracellular proteins 57 fig. S3 57 asthenosphere 57 electrodynamics 57 semiconductor quantum dots 57 basaltic rocks 57 coiled coil 57 Fig. 3B 57 fluorescence quenching 57 porphyrin 57 collagen fibers 57 nonpolar 57 chromatid 57 fig. S5 57 cesium atom 57 nanoclusters 57 nucleobases 57 ultracold molecules 57 superlenses 57 aragonite 57 Casimir cavity 57 hydride 57 Diels Alder reaction 57 osmium 57 thermodynamic properties 57 photosystems 57 superposition 57 chromophores 57 atomic lattice 57 pore sizes 57 pentacene molecule 57 photoluminescence 57 homodimers 57 thermal conductance 57 reduced graphene oxide 57 supercooling 57 gravitons 57 crosslinking 57 soliton 57 Coulomb blockade 57 electrical resistivity 57 electric dipole 57 mantle plumes 57 intermetallic compounds 57 heterogeneous catalysis 57 Fig. 1a 57 Maxwell equations 57 SiO 2 57 CMOS transistors 57 hysteresis loop 57 C3 convertase 57 oligomeric 57 gravitational radiation 57 helium ions 57 quantum particles 57 magnetic dipole 57 linewidth 57 isotherm 57 adatoms 57 organic molecules 57 atomic nuclei 57 thermally stable 57 microcavity 57 boron nitride 57 antiparticle 57 tensile stress 57 lithium atoms 57 σ 57 nanorod 57 bandgap 57 carbenes 57 proton neutron 57 photosphere 57 CdSe 57 calcite crystals 57 Josephson junction 57 crystallite 57 neurites 57 electron acceptor 57 hydrophobic compounds 57 elastic moduli 57 titin 57 controllably 57 hydrogen atom 57 cellular organelles 57 pn junction 57 actin filaments 57 Raman scattering 57 compressive strain 57 microscale 57 silica spheres 57 recrystallization 57 self assembled monolayer 57 vibrationally excited 57 inelastic scattering 57 THz radiation 57 nanosized 57 motile cells 57 electrochemically 57 polymer nanofibers 57 isotope ratios 57 graphene nanoribbons 57 Mg Fe 57 multiferroic 57 planetesimal 57 Fig. 1c 57 neuroligins 57 dissipative 57 linearized 57 nanometer sized 56 perturbation theory 56 vertebrate embryos 56 momenta 56 martensitic 56 Bose Einstein condensate 56 phytochrome 56 oxygen atom 56 Fig. 1C 56 morphologies 56 enzyme kinetics 56 cuticular 56 ultracold gas 56 interstellar clouds 56 anion 56 Fig. 4b 56 translationally 56 radiative 56 electroweak 56 rubidium atom 56 fermion atoms 56 refractive indices 56 molecules 56 micelle 56 protein adsorption 56 permittivity 56 heterochromatic 56 morphogens 56 quinone 56 Fig. 4B 56 magnetic fields 56 rheological 56 cytosol 56 polyhedra 56 capillary tubes 56 meson 56 Saturn magnetosphere 56 rubidium atoms 56 postsynaptic 56 alpha particles 56 X ray pulses 56 analyte 56 quantized 56 semiconducting nanotubes 56 θ 56 terahertz pulses 56 fluorescent dye molecules 56 mutant proteins 56 dielectric constant 56 aperiodic 56 SNARE complex 56 electron orbits 56 immiscible 56 nucleation 56 retinal neurons 56 hydrogenase 56 semiconducting properties 56 calcium ions 56 heterogeneous catalysts 56 Brillouin zone 56 coherent superposition 56 graphene membranes 56 ion traps 56 magnesium ion 56 mesons 56 high temperature superconductivity 56 deformability 56 redox reactions 56 amyloid fibrils 56 presynaptic 56 disulfide 56 RNA strand 56 histone modifications 56 fibrils 56 diamagnetic 56 circular dichroism 56 amplitudes 56 kinase domain 56 fluorescent molecules 56 crystalline lattice 56 shear modulus 56 cesium ions 56 semiconducting nanowires 56 KaiC 56 optical resonator 56 B meson 56 alkane 56 single photon detectors 56 EF Tu 56 Entangled photons 56 potassium ions 56 polypeptides 56 electron beams 56 planetary magnetospheres 56 AMPA receptors 56 eukaryotic cell 56 Fig. 2c 56 ciliated 56 hydrophobic molecules 56 kinetochores 56 numerical simulations 56 epoxides 56 fluorescence emission 56 pigment particles 56 divalent 56 SAXS 56 chromatin structure 56 frictional heating 56 ferromagnets 56 adhesion proteins 56 electron positron pairs 56 titanium atoms 56 vibrational 56 InAs 56 organometallic compounds 56 x ray absorption spectroscopy 56 rhodopsin 56 photon microscopy 56 bipyridine 56 micrometre sized 56 nanocrystalline 56 intermetallic 56 protein subunits 56 tetramers 56 quantum criticality 56 bacterial genomes 56 fission yeast 56 electrically conducting 56 supramolecular structures 56 solubilize 56 sister chromatid 56 Fig. 1D 56 yttrium barium copper 56 photonic bandgap 56 nanoporous 56 photolysis 56 chlorine atom 56 metallic ions 56 x ray scattering 56 baryon 56 SNARE proteins 56 multipartite entanglement 56 MWNT 56 elastic deformation 56 undoped 56 cysteines 56 neutrino oscillation 56 6S RNA 56 dI dV 56 ionic currents 56 photons emitted 56 dielectric layers 56 periodic oscillations 56 kinetochore 56 chlorophyll molecules 56 heterochromatin 56 Rydberg atoms 56 micelles 56 epithelia 55 intergranular 55 magnetic susceptibility 55 titania nanotubes 55 nanostructure 55 Fourier transforms 55 galactic disk 55 terahertz waves 55 TRPV1 receptors 55 angiotensinogen 55 superconductors 55 carboxylate 55 replisome 55 unicellular organisms 55 denaturation 55 lithosphere 55 nanotubes 55 absorption spectroscopy 55 entangled photons 55 semiconductor nanowires 55 CD1d 55 laser excitation 55 microchannel 55 femtosecond timescale 55 superlens 55 COFs 55 quantum electrodynamics 55 bistability 55 photobleaching 55 lipid molecules 55 δ 55 spectrin 55 alkenes 55 deuterated 55 tubules 55 shorter wavelengths 55 nanomechanical 55 millimeter wavelengths 55 ATP hydrolysis 55 spontaneous fission 55 olivines 55 dimensional nanostructures 55 filaments 55 cobalt ions 55 hydrophilic polymer 55 piezoelectric properties 55 endocytic 55 Z boson 55 photon 55 Fig. 3a 55 alkene 55 strontium atoms 55 P selectin 55 vibrational frequencies 55 unpatterned 55 superatoms 55 nanocluster 55 beryllium ions 55 neutrino mass 55 cometary material 55 microRNA molecule 55 electron proton 55 nematic 55 micrometer sized particles 55 Schematic illustration 55 dimerization 55 saturable 55 gelation 55 spherically symmetric 55 Tc superconductors 55 photocurrent 55 micropores 55 elastic modulus 55 unpolarized 55 fluorescent nanoparticles 55 RecA 55 photon fluorescence 55 dielectric permittivity 55 glomerulus 55 subcellular structures 55 agglomerates 55 granzyme B 55 cellular membranes 55 microchannels 55 amide 55 dephasing 55 silicon monoxide 55 paracellular 55 scanning tunneling microscope 55 ssDNA 55 microscopy techniques 55 superconducting qubit 55 cesium atoms 55 fluorophores 55 perovskites 55 neutralinos 55 collimated 55 molecules adsorbed 55 electron orbitals 55 cadherin 55 x ray pulses 55 thermodynamic stability 55 epoxy matrix 55 diffract 55 ceria 55 PDZ domain 55 antineutrinos 55 spectra 55 heterostructure 55 rotational symmetry 55 nanoscopic 55 metal ions 55 oligomerization 55 dihydrogen 55 antineutrino 55 mK 55 semiconducting material 55 membered rings 55 Rossby waves 55 interstellar medium 55 helium atom 55 optical waveguides 55 equilibrated 55 photoactivation 55 plasminogen 55 protoplanetary disk 55 superconducting materials 55 copper oxides 55 deuterium atoms 55 Pol IV 55 molecular orbitals 55 equilibration 55 HIP1 55 W boson 55 correlated electron 55 photochemistry 55 photosystem 55 nebular 55 photoionization 55 x ray diffraction 55 heparan sulfate 55 conductivity 55 IR spectra 55 graphite oxide 55 gravities 55 photoelectron spectroscopy 55 MWNTs 55 hyperpolarization 55 nMOS 55 polymer matrix 55 magnetic nanoparticles 55 nanogels 55 entangled quantum 55 endonuclease 55 cohesin 55 trimer 55 desorption 55 CPEB 55 centromeres 55 magma ocean 55 polypeptide chains 55 membrane protein 55 adduct 55 block copolymers 55 alloying elements 55 membrane lipids 55 coercivity 55 birefringent 55 proton pump 55 histidine 55 crystallins 55 electrochemical reactions 55 bismuth telluride 55 chlorine monoxide 55 nanowire 55 conductivities 55 desorbed 55 nano crystals 55 gaussian 55 solar nebula 55 sterile neutrino 55 site directed mutagenesis 55 alkali atoms 55 Mercury exosphere 55 electrophoretic 55 carbonate globules 55 electrons emitted 55 neutrons 55 aqueous environments 55 amyloid fibers 55 kinesin motor 54 tau neutrinos 54 carbonate minerals 54 silicates 54 linearly polarized light 54 adsorption 54 fermionic condensate 54 lithospheric 54 compressive stress 54 circumstellar disk 54 SiO 54 polymerized 54 nanocomposite material 54 oligomers 54 thermal conductivities 54 spacetime 54 biological macromolecules 54 emission spectra 54 nucleolar 54 nonlinearity 54 fissions 54 silicate 54 symmetries 54 microcracks 54 metallic nanotubes 54 superparamagnetic 54 exocytosis 54 qubit 54 coexpression 54 glial 54 laminae 54 copper sulfide 54 lamellae 54 Brownian particles 54 electron diffraction 54 magnetosphere 54 thermal diffusivity 54 Figure 1C 54 pentacene 54 Sup# 54 μm diameter 54 lithium ions 54 magnetic bead 54 nanotubes nanowires 54 nitride layer 54 -# ° C [001] 54 transduction 54 atomically smooth 54 nanoprobe 54 molecularly 54 monomers 54 submicron 54 strange quarks 54 negative refraction 54 methanogenesis 54 tholins 54 platinum Pt 54 hydrothermal fluids 54 osmotic pressure 54 ZnS 54 nanoshell