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(Click for frequent words.) 71 tetrahedron 69 quasicrystal 69 antiparallel 68 icosahedral 65 tetrahedrons 65 vibrational modes 65 boron atoms 65 tetrahedra 65 triangular lattice 65 spherical particles 64 polyhedra 64 trimers 64 crystal lattice 64 octahedral 64 polyhedral 64 bilayer 63 orbitals 63 Fig. 1A 63 martensite 63 microcavities 63 wavefunction 63 ellipsoid 63 antiferromagnetic 63 SWNT 63 crystalline solids 63 Mott insulator 62 crystallites 62 dipolar 62 hollow spheres 62 polariton 62 donor acceptor 62 supramolecular 62 spheroidal 62 nitrogen atoms 62 nanometric 62 quasicrystals 62 B meson 62 hexagonal lattice 62 toroid 62 manganese atoms 62 equilateral triangles 62 bosonic 61 stilbene 61 crystal lattices 61 silica spheres 61 intramolecular 61 ZnS 61 interfacial 61 MWNT 61 ellipsoids 61 colloidal crystals 61 supersolid 61 Josephson junctions 61 silicon atoms 61 self assembled monolayer 61 colloidal particles 61 heavy fermion 61 superlattices 61 tetragonal 61 lamellae 61 nanoscopic 61 quasicrystalline 61 stoichiometry 60 microcavity 60 diatomic 60 isotropic 60 pentacene 60 nanorod 60 nanosized 60 rotaxane 60 indium arsenide 60 coiled coil 60 dipole moment 60 atomic lattice 60 covalent bond 60 dihydrogen 60 fused silica 60 collagen fibrils 60 optical lattice 60 block copolymer 60 yttrium barium copper 60 YBCO 60 toroidal 60 aluminum nitride 60 cadmium sulfide 60 diffraction pattern 60 crystallographic 60 hydrogens 60 aperiodic 60 SiO 2 60 graphene layers 60 photonic crystal 60 thermally activated 60 nucleons 60 hydrophobicity 60 intermolecular 59 uniaxial 59 dimer 59 pearlite 59 ellipsoidal 59 carbonaceous chondrites 59 nanoholes 59 anisotropic 59 porphyrin 59 self assembled monolayers 59 micrometer scale 59 InAs 59 agarose 59 atoms 59 ferromagnet 59 electrically insulating 59 Bose Einstein Condensate 59 hexamers 59 alpha helical 59 chondrules 59 ferromagnetism 59 Fig. 2a 59 electron pairs 59 antiferromagnets 59 mesoscopic 59 carbonyl 59 crystallinity 59 chirality 59 barium titanate 59 optical lattices 59 fermion 59 lattice 59 deuterated 59 manganite 59 organometallic 59 nematic 59 adatoms 59 valence electrons 59 ultracold 59 cuprate 59 cuprates 59 adiabatic 59 exciton 59 strontium titanate 59 magnetic bead 59 superlattice 59 adsorbate 59 cadmium selenide 59 branes 59 calcite crystals 59 chalcogenides 59 paramagnetic 58 polaritons 58 pentagonal 58 chromophore 58 sulfur atoms 58 gaussian 58 birefringence 58 electrons orbiting 58 helices 58 Josephson junction 58 macromolecule 58 perovskite 58 vesicle fusion 58 fibrillar 58 CdSe 58 polyhedron 58 photonic bandgap 58 DFT calculations 58 antibody antigen 58 nanoclusters 58 monolayers 58 Fig. 3b 58 lipid bilayer 58 Fig. 3A 58 graphene sheet 58 rotaxanes 58 mesoporous 58 diffraction grating 58 ZnSe 58 absorption spectra 58 nonconducting 58 MWNTs 58 delocalized 58 boron nitride 58 figs. 58 Si substrate 58 weakly interacting 58 Mg Fe 58 Fig. 2A 58 polyhedrons 58 rheological 58 electron density 58 molecular orbitals 58 anionic 58 x ray diffraction 58 colloidal crystal 58 spherical 58 nucleon 58 hexagonal 58 geometrical 58 pnictides 58 aragonite 58 chlorophylls 58 magnesium ion 58 microstructures 58 quasiparticle 58 crystalline structure 58 crystalline 58 micrometre sized 58 tetramers 58 QDs 57 honeycomb structure 57 catalytically active 57 bucky balls 57 electrodynamics 57 honeycomb pattern 57 nanobelts 57 electron scattering 57 polyaniline 57 Fullerene 57 nucleating 57 AlGaN 57 bilayers 57 GaN layer 57 Fig. 1c 57 quantum oscillations 57 chlorosome 57 bandgaps 57 cobalt atoms 57 quinone 57 crystalline lattice 57 spherical nanoparticles 57 sulfur atom 57 Fig. 2b 57 graphene sheets 57 Fig. 2B 57 hydrophobic interactions 57 membrane pores 57 electron spins 57 nanomesh 57 fission yeast 57 fermionic 57 dipoles 57 perturbation theory 57 electronic excitations 57 dimensional electron 57 circumstellar 57 metastable 57 pentagons 57 submicrometer 57 lattice vibrations 57 covalent bonds 57 covalent bonding 57 μm thick 57 anions 57 cementite 57 resonator 57 nonpolar 57 geometries 57 superposed 57 bipyridine 57 Fig. 1b 57 Schematic representation 57 crystallite 57 NWs 57 hydrated electron 57 G quadruplex 57 inorganic ions 57 nanopillars 57 nanoporous 57 nanoribbon 57 oxygen atoms 57 Fig. 1a 57 tetramer 57 ultracold atoms 57 Rydberg atom 57 martensitic 57 crosslinked 57 Bose Einstein condensates 57 GaP 57 lipid membranes 57 streptavidin 57 steric 57 conjugated polymer 57 magnetisation 57 globular proteins 57 resonators 57 Fig. 1C 57 metallic alloys 57 inhomogeneous 57 electron transistor 57 excitation energies 57 anion 57 monolayer 57 disulfide bond 57 protonated 57 quasiparticles 57 Gaussian 57 multiferroic 57 honeycomb lattice 57 graphane 57 thermal conductivities 57 nonmagnetic 57 PEDOT PSS 57 conformations 57 conjugated polymers 57 piezoelectric properties 57 micromachined 56 amorphous calcium carbonate 56 semiconducting carbon nanotubes 56 silica nanoparticles 56 superfluid 56 epoxide 56 kcal mol 56 Schematic illustration 56 chemical reactivity 56 enthalpy 56 nanodroplets 56 dimeric 56 chiral molecules 56 lamellar 56 σ 56 lanthanum strontium 56 titanium aluminide 56 momenta 56 SWCNT 56 photochemically 56 kaons 56 silica particles 56 alkynes 56 FtsZ 56 gallium indium arsenide 56 collinear 56 spheroids 56 wavelike 56 phonon 56 nuclei 56 Bose Einstein condensation 56 macrocycle 56 biominerals 56 poly L lysine 56 nebular 56 nucleation 56 spectroscopic analysis 56 semiconducting 56 ZnO nanowires 56 cyclization 56 coplanar 56 chlorophyll molecules 56 soliton 56 silicon nanowire 56 dimers 56 W boson 56 5μm 56 nucleate 56 cesium ions 56 chalcogenide 56 photosystem II 56 fullerene 56 polygonal shapes 56 semiconducting nanowires 56 CdS 56 thermodynamically 56 corrugation 56 multilayers 56 tau neutrinos 56 membered rings 56 dopant 56 SWNTs 56 nanolayers 56 isotopic compositions 56 covalent organic 56 MWCNTs 56 microscale 56 polypeptide chain 56 anisotropy 56 electrostatics 56 wettability 56 scanning tunneling microscope STM 56 post perovskite 56 GPa 56 inhomogeneities 56 polystyrene beads 56 Fig. 4B 56 macroscopically 56 geometrical shapes 56 nanodots 56 longitudinal axis 56 valence electron 56 magnetosomes 56 polymer nanofibers 56 circular dichroism 56 fermionic atoms 56 dumbbell shaped 56 4H SiC 56 epitaxially 56 micrometre scale 56 graphene oxide 56 intermetallic 56 toroids 56 lattice parameter 56 prolate 56 interconversion 56 carbon nanostructures 56 linearly polarized 56 chondrites 56 intergranular 56 bilayer graphene 56 dispersive 56 Maxwell equations 56 COFs 56 resonant frequencies 56 intermetallic compounds 56 fermions 56 oppositely charged 56 microstructured 56 hafnium oxide 56 chemically bonded 56 fibril 56 dichroic 56 neutron scattering experiments 56 nanoparticle arrays 56 zirconium oxide 56 scintillator 56 dye molecules 56 Schematic diagram 56 spicule 56 clathrin 55 calcium fluoride 55 nanocrystal 55 Fig. 4A 55 x ray scattering 55 bistability 55 lithographically patterned 55 cesium atoms 55 graphene flake 55 micrometer sized 55 absorber layer 55 electron doped 55 optically transparent 55 X ray absorption spectroscopy 55 hydrophobic surfaces 55 lattices 55 homopolymer 55 planar 55 micelle 55 ferromagnets 55 Dirac fermions 55 plasmon 55 FinFET 55 iron pnictides 55 anodic 55 inhomogeneity 55 NMR spectra 55 photochemistry 55 eutectic alloy 55 MWCNT 55 neutron diffraction 55 spectroscopic techniques 55 micellar 55 isotopic ratios 55 silicate dust 55 nanosphere 55 isomers 55 boron carbide 55 Rydberg atoms 55 alkane 55 oligomeric 55 collagenous 55 helical structures 55 silicate grains 55 single walled nanotubes 55 nanodiamond 55 ionized oxygen 55 silicon substrate 55 quantum mechanically 55 spacetime 55 monodisperse 55 nonequilibrium 55 pore sizes 55 dielectric layers 55 indium gallium arsenide 55 SiO 55 resonance frequency 55 hollow cylinders 55 alternating layers 55 photoconductive 55 proteinaceous 55 aryl 55 solvation 55 protein subunits 55 μm diameter 55 silicon monoxide 55 nanocrystalline 55 carbides 55 nanoribbons 55 oxygen atom 55 blackbody 55 nanocluster 55 nanocages 55 silica substrate 55 excitations 55 oligomer 55 superfluids 55 hydride 55 strange quark 55 γ 55 surface plasmon 55 dynamical 55 Bragg grating 55 fig. S2 55 annealing temperature 55 fig. S1 55 thiol 55 disulfide bonds 55 Fig. 1e 55 hexagons 55 gallium indium 55 electrostatic attraction 55 electrical conductance 55 vortices 55 chlorine atom 55 stereochemistry 55 macroscale 55 magnons 55 magnetization 55 surface plasmon resonance 55 electron diffraction 55 graphitic carbon 55 lithium atoms 55 nanosize 55 moduli 55 isotope fractionation 55 Fig. 1d 55 Supplementary Fig 55 chondritic 55 atomic orbitals 55 intermolecular forces 55 electron tunneling 55 nanomagnets 55 nanostructure 55 diffractive optical elements 55 magnetic monopole 55 1μm 55 amorphous silica 55 magnetic monopoles 55 magnesium fluoride 55 conduction electrons 55 helicity 55 shear modulus 55 BMGs 55 dielectric constant 55 polymerized 55 manganese ions 55 zinc oxide nanowires 55 resonance frequencies 55 ferromagnetic 55 cyano 55 photoluminescence 55 myosin VI 55 thermally stable 55 moieties 55 quantum coherence 55 saccharide 55 Nernst 55 ε 55 quantum chromodynamics 55 scanning tunneling microscope 55 dichromate 54 AlGaN GaN 54 iron carbide 54 biaxial 54 magnetically coupled 54 dopants 54 elemental abundances 54 octahedron 54 CAIs 54 electron pairing 54 electron proton 54 semiconductor quantum dots 54 Young modulus 54 ultracold molecules 54 nanometer sized 54 microscopic crystals 54 macromolecular complexes 54 viscoelasticity 54 solitons 54 supramolecular structures 54 van der Waals forces 54 neutrino mass 54 powder diffraction 54 van der Waals 54 hydrogen nuclei 54 nanosheets 54 atomically smooth 54 punctate 54 fluorescent dye molecules 54 microbalance 54 protein filaments 54 ferrocene 54 titania 54 B mesons 54 ring resonators 54 rubidium atom 54 pentacene molecule 54 rheological properties 54 helical structure 54 superlens 54 ringlike 54 nMOS 54 waveguides 54 borane 54 disulfide 54 quadratic 54 birefringent 54 photonic crystal fiber 54 Bosons 54 microresonator 54 gadolinium oxide 54 dimensional nanostructures 54 rectangular prism 54 pn junctions 54 hyperfine 54 nanocubes 54 graphite oxide 54 superfluid helium 54 allotrope 54 perovskites 54 magnetic excitations 54 torus 54 platinum nanorods 54 nanotube sheets 54 microfabricated 54 ferroelectricity 54 biomineralization 54 buckminsterfullerene 54 acyclic 54 optical waveguide 54 equilateral 54 graphene nanoribbons 54 magnetic flux 54 F actin 54 polydimethylsiloxane 54 fig. S6 54 colloid 54 scanning electron microscopes 54 subwavelength 54 bismuth ferrite 54 imine 54 aluminosilicate 54 diffraction patterns 54 gate electrode 54 θ 54 Metamaterials 54 electrospray 54 nanostructures 54 hydrogen atoms 54 eutectic 54 multiscale 54 biological molecules 54 isomeric 54 PVC tubing 54 dodecahedron 54 Schrodinger equation 54 SiO2 54 COOH 54 elastic deformation 54 hadrons 54 boron nitride nanotubes 54 nanotubes nanowires 54 uranyl 54 complexation 54 divalent 54 hexagonal pattern 54 particle sizing 54 Brillouin zone 54 morphologies 54 vanadium dioxide 54 peptoid 54 superstrings 54 basaltic rocks 54 topological defects 54 phytochrome 54 Neutrons 54 interferometers 54 unpolarized 54 spherically 54 tensor 54 site directed mutagenesis 54 ligand receptor 54 tholins 54 sodium atoms 54 graphite whiskers 54 polybutadiene 54 graphene flakes 54 circularly polarized light 54 dopant atoms 54 Fig. 4b 54 diffusion coefficient 54 electroactive 54 thermal decomposition 54 pMOS 54 III nitride 54 topological 54 valence band 54 lipid bilayers 54 porous silica 54 nanotubes 54 conductance 54 carbenes 54 meV 54 zinc oxide ZnO 54 nanotube 54 vibrating strings 54 alpha helices 54 fluorescence intensity 54 patterning technique 54 spherical shapes 54 dielectric layer 54 hyperbolic geometry 54 GaN nanowires 54 histidine 54 isotherms 54 magnesium ions 54 τ 54 ARPES 54 flowability 54 rhombus 54 antiparticles 54 oscillatory 54 microRNA molecule 54 strange quarks 54 plasmonic 54 cobalt ions 54 strontium atoms 54 lipid vesicles 54 absorbs photons 54 mesons 54 amide 54 TiN 53 heterostructure 53 SAXS 53 epitaxially grown 53 ab initio calculations 53 excitons 53 adenine 53 quantum superposition 53 rubidium atoms 53 DNA helix 53 absorption spectroscopy 53 tensile stress 53 x ray absorption spectroscopy 53 isosceles triangles 53 monosaccharide 53 cuprate superconductors 53 epitaxial layers 53 boron oxide 53 ferritic 53 nanogels 53 dynamical evolution 53 velocity dispersion 53 intermolecular interactions 53 helium atom 53 spherically symmetric 53 spherules 53 AlN layer 53 spinel 53 odorant molecule 53 inorganic salts 53 ferroelectric 53 nanobubbles 53 Einstein equations 53 topological insulators 53 sapphire substrate 53 ceria 53 diamagnetic 53 heterojunctions 53 mammalian fatty acid 53 carbene 53 magnesium Mg 53 phonons 53 Fig. 4a 53 wavefronts 53 lattice mismatch 53 superconductive 53 ionic conductivity 53 lipid molecules 53 fission fusion 53 Bessel beam 53 stony meteorites 53 radical polymerization 53 hexagonally 53 zeolites 53 weak gravitational lensing 53 substituents 53 semiconductor nanowires 53 agglomerates 53 superconducting qubit 53 ion traps 53 titanium atoms 53 silicate glass 53 chlorophyll molecule 53 antihelium 4 53 bicyclic 53 piezoelectric ceramic 53 nitride layer 53 nucleobases 53 zinc sulfide 53 molecular sieves 53 magnon 53 superposition 53 physicochemical properties 53 light scattering DLS 53 undoped 53 zinc ions 53 trigonometric functions 53 2μm 53 heterojunction 53 nanostructural 53 semiconductor nanocrystals 53 electron orbitals 53 walled carbon nanotube 53 alkene 53 electrons behave 53 Raman spectra 53 diffusive 53 topological insulator 53 Moebius strip 53 beryllium ions 53 photosystems 53 fluorescence emission 53 ferroelectrics 53 TappingMode 53 thermoplastic polyester 53 GaAs AlGaAs 53 symmetries 53 chromatid 53 nanofabricated 53 dimensionless 53 spectral measurements 53 electrons emitted 53 xenon atoms 53 chromophores 53 oscillation frequency 53 synchrotron X ray 53 uncooked spaghetti 53 semiconducting properties 53 silicon crystals 53 stereochemical 53 block copolymers 53 titin 53 copper oxide superconductors 53 periodicities 53 globular protein 53 polymerisation 53 Platonic solids 53 yttria stabilized zirconia 53 Schottky barrier 53 scale invariance 53 thermodynamically stable 53 nanoscale dimensions 53 biological macromolecules 53 intercalation 53 superconduct 53 Figure 1C 53 macroscopic objects 53 elastically 53 nano crystals 53 microfluidic channels 53 cm -1 53 hysteresis loop 53 packings 53 actinide 53 lamella 53 rhombic 53 quantum phenomena 53 interstellar clouds 53 electron electron 53 fluorescence quenching 53 tensile strengths 53 #.#nm [002] 53 cycloaddition 53 atomic nuclei 53 Lorentzian 53 CuO 53 photonic crystals 53 elliptic 53 compressive stress 53 halide 53 nanochannels 53 hydroxide ions 53 antihydrogen 53 bacterial flagella 53 Mercury exosphere 53 microcrystals 53 cylindrical 53 unpaired electrons 53 Fig. 1D 53 Microtubules 53 silicate 53 mesoporous silica 53 macromolecular 53 polycrystalline 53 microlens 53 magnetic dipole 53 aluminum oxide 53 Fermions 53 baryonic 53 elongated orbits 53 gold nanoclusters 53 recrystallized 53 electron 53 azobenzene 53 cesium atom 53 oxygen isotope 53 adsorbed 53 opaline 53 DNA nanostructures 53 wave particle duality 53 kT 53 Zeolites 53 hydrodynamic radius 53 colocalization 53 hexamer 53 organic inorganic 53 hydrogen isotopes 53 epitaxial layer 53 bismuth telluride 53 anode cathode 53 substrate 53 aluminum gallium indium 53 phosphorus atoms 53 Fig. 3c 53 resonant tunneling 53 lattice spacing 53 bosons 53 meson 53 silicon Si 53 alkali atoms 53 supercooled liquid 53 glomerulus 53 selenide 53 micron diameter 53 hydrogenase 53 carboxyl 53 stereocilia 53 potassium atoms 52 carbon isotopes 52 C3b 52 Diels Alder 52 rotational symmetry 52 chemically reactive 52 crystals 52 fig. S3 52 electrostatic repulsion 52 C3 convertase 52 semiconducting tubes 52 Casimir cavity 52 nanostructured silicon 52 hydrides 52 elemental composition 52 nanoindentation 52 ciliated 52 vanadium oxide 52 λ 52 photochemical reactions 52 lipid membrane 52 radii 52 heterostructures 52 galactic disk 52 Figure 4a 52 nanotube arrays 52 PbS 52 borosilicate glass 52 silicon nitride 52 atomically flat 52 fluorescent nanoparticles 52 refractive indices 52 nanocrystals 52 photosystem 52 geometry 52 macroscopic 52 amino acid residues 52 helical 52 biomolecule 52 MOS transistors 52 resonant frequency 52 gelation 52 thermal gradients 52 montmorillonite 52 iron arsenide 52 quantum criticality 52 AlN 52 alkyl 52 gate dielectrics 52 spin precession 52 titanate 52 single celled algae 52 nanosized particles 52 auxetic 52 ytterbium 52 Curtarolo 52 planetesimal