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(Click for frequent words.) 70 silicon atoms 69 antiparallel 68 crystal lattices 68 electron pairs 67 crystalline structure 67 ferromagnet 67 wavefunction 67 orbitals 66 trimers 66 dopants 66 antiferromagnetic 66 crystallites 66 crystalline lattice 66 bilayer 66 manganese atoms 65 monolayers 65 conduction electrons 65 sulfur atoms 65 intramolecular 65 dopant atoms 65 atoms 65 nucleate 65 boron atoms 65 polaritons 65 nucleons 64 electron spins 64 interfacial 64 tetrahedral 64 excitons 64 intermolecular 64 nitrogen atoms 64 crystallographic 64 quasicrystal 64 cobalt atoms 64 electron density 64 helices 64 graphene layers 64 exciton 64 post perovskite 64 oxygen atoms 64 sodium atoms 63 electrons orbiting 63 lamellae 63 bosonic 63 diffraction pattern 63 graphene sheets 63 electronic excitations 63 hydrogens 63 phonons 63 icosahedral 63 covalent bonds 63 toroid 63 dye molecules 63 collagen fibrils 63 colloidal crystals 63 delocalized 63 nanopillars 63 oppositely charged 63 dipole moment 63 nanorod 63 lipid membrane 62 supersolid 62 tetrahedra 62 monolayer 62 spheroidal 62 strontium titanate 62 dimers 62 graphene sheet 62 plasmon 62 nanosized 62 ferromagnetism 62 atomic lattice 62 dipolar 62 crystallinity 62 nanoscopic 62 membrane pores 62 nanocages 62 polariton 62 micrometer scale 62 pentacene 62 cementite 62 gold nanoclusters 62 dimer 62 van der Waals forces 62 quasiparticles 62 sulfur atom 61 ferromagnetic 61 hexagonal lattice 61 triangular lattice 61 ferroelectricity 61 solitons 61 Mott insulator 61 nitrogen atom 61 microcavities 61 electrons 61 cell outer membrane 61 interatomic 61 chlorine atom 61 weakly interacting 61 silica spheres 61 covalent bond 61 fermion 61 optical lattice 61 nanometer sized 61 tetramer 61 valence band 61 nanoribbon 61 microfluidic channels 61 rubidium vapor 61 crosslinks 61 supramolecular 61 fermionic atoms 61 spherical particles 61 nuclei 61 catalytically active 61 nonmagnetic 61 emit photon 61 uniaxial 61 crystallite 60 sister chromatids 60 photonic crystal 60 elastic deformation 60 polypeptide chain 60 anisotropic 60 nanodots 60 metastable 60 macrocycle 60 adatoms 60 nanoclusters 60 superfluid 60 lattice 60 cell cytoplasm 60 surface plasmon 60 vesicle fusion 60 trabeculae 60 inhomogeneity 60 epitaxially 60 hydrogen atoms 60 magnetization 60 silicon crystals 60 cadmium sulfide 60 electrostatic attraction 60 quantum superposition 60 zinc ions 60 thermally activated 60 RNA strand 60 nanodroplets 60 vibrational frequency 60 unpaired electrons 60 chlorophyll molecules 60 lipid bilayer 60 nanochannels 60 hexamers 60 lipid membranes 60 bosons 60 superfluids 60 optical resonator 60 pentacene molecule 60 martensite 60 MWNT 60 nanotubes 60 F actin 60 lattice vibrations 60 electron orbitals 60 vibrational modes 60 fullerene 60 biomolecule 60 antiferromagnets 60 superposed 60 nonconducting 59 caveolae 59 Hydrogen atoms 59 biological molecules 59 Fig. 1a 59 porphyrins 59 photosystem II 59 disulfide bonds 59 semiconducting 59 hydrogen nuclei 59 SWCNT 59 rotaxane 59 nanoholes 59 cytosol 59 alkynes 59 nanocrystal 59 chromophore 59 diffraction grating 59 transmembrane 59 Rydberg atom 59 nanobubbles 59 focal adhesions 59 electrostatic repulsion 59 SWNTs 59 inhomogeneities 59 dielectric layer 59 nanomesh 59 redox reactions 59 electrically insulating 59 carbene 59 vesicle 59 crystallins 59 coiled coil 59 hydrophobic interactions 59 nanometric 59 nanomagnets 59 intermolecular forces 59 pigment particles 59 lamellar 59 potassium atoms 59 filaments 59 magnetic excitations 59 oxygen atom 59 electron positron pairs 59 chromophores 59 galactic disk 59 silicate minerals 59 actin filaments 59 morphogens 59 magnetic dipoles 59 anisotropy 59 chemically bonded 59 isomeric 59 steric 59 calcite crystals 59 dipoles 59 dopant 59 helium atoms 59 heterostructures 59 centrosome 59 disulfide bond 59 ultracold gas 59 fibril 59 tetragonal 59 topological insulator 59 pore spaces 59 alpha helical 59 compressive stress 59 stoichiometry 59 quasiparticle 58 adsorbed 58 nitride layer 58 cadherins 58 carbenes 58 quantum oscillations 58 electron pairing 58 antiparticles 58 van der Waals 58 rubidium atom 58 lithium atoms 58 paramagnetic 58 quantum mechanically 58 YBCO 58 hydrophobicity 58 substrate 58 quantum particle 58 semiconducting nanowires 58 collagen fibers 58 vacuole 58 superlattices 58 glomerulus 58 superposition 58 soliton 58 valence electron 58 GPa 58 epoxide 58 oxygen ions 58 magnetisation 58 RNA strands 58 diffracted 58 inhomogeneous 58 tetramers 58 valence electrons 58 uracil 58 bilayer graphene 58 molecule 58 nanocrystals 58 graphane 58 cobalt atom 58 electron 58 microcracks 58 CdSe 58 supramolecular structures 58 bismuth ferrite 58 semiconducting materials 58 hyperfine 58 Fig. 1A 58 rotaxanes 58 colloidal crystal 58 Schottky barrier 58 heterochromatin 58 crystalline solids 58 vacuoles 58 cellular organelles 58 Bose Einstein condensate 58 SWCNTs 58 pn junctions 58 self assembled monolayer 58 isotropic 58 Bose Einstein Condensate 58 diatomic 58 carbon atoms 58 supercurrent 58 filamentary 58 actin binding 58 plasmons 58 electron doped 58 nucleosome 58 titin 58 conformational changes 58 microchannels 58 colloidal particles 58 carbides 58 macromolecule 58 protonated 58 nanorods 58 magnesium ions 58 phytochrome 58 graphite whiskers 58 donor acceptor 58 molecules 57 amyloid peptides 57 silica nanoparticles 57 Golgi apparatus 57 fig. S1 57 spacetime 57 cellular membranes 57 antibody antigen 57 ceria 57 electron scattering 57 electron tunneling 57 bilayers 57 Microtubules 57 interparticle 57 globular proteins 57 superlattice 57 quasicrystals 57 nucleation 57 interphase 57 graphene membranes 57 resonant cavity 57 quasicrystalline 57 metallic nanostructures 57 rotational symmetry 57 atomically smooth 57 chlorophylls 57 titania 57 titania nanotubes 57 chemically reactive 57 chromatid 57 circumstellar 57 fibrillar 57 histidine 57 perovskite 57 AMPA receptors 57 Bose Einstein condensates 57 microstructures 57 stilbene 57 magnetosomes 57 ferroelectrics 57 longitudinal axis 57 microcavity 57 hollow spheres 57 microscale 57 absorption spectra 57 nanowires 57 magnesium ion 57 microtubules 57 DNA strands 57 adsorbed onto 57 Dirac fermions 57 nanotube 57 epitaxial layer 57 protein subunits 57 indium arsenide 57 momenta 57 anion 57 organelles 57 azobenzene 57 Fig. 3b 57 nanostructures 57 silicon oxide 57 gelation 57 electrons behave 57 proteinaceous 57 gate electrode 57 octahedral 57 manganite 57 waveguides 57 #BP# 57 electrodynamics 57 endonuclease 57 quantum coherence 57 chondrules 57 membrane lipids 57 rubidium atoms 57 recrystallization 57 sodium ions 57 punctate 57 GaN layer 57 alkali metal 57 photon energies 57 chlorosome 57 silicon substrate 57 honeycomb structure 57 cesium ions 57 mesoscopic 57 topological insulators 57 mica sheets 57 nucleobase 57 porphyrin 57 boron nitride nanotubes 57 gravitational interaction 57 ssDNA 57 Supplementary Fig 57 KaiC 57 oxide layer 57 fermions 57 circumstellar disk 57 lattice parameter 57 spin precession 57 chromatin structure 57 phonon 57 Si substrate 57 ellipsoids 57 impurity atoms 57 figs. 57 Young modulus 57 conjugated polymers 57 polyhedra 57 dissipative 57 oligomer 57 semiconductor nanocrystals 57 tubules 57 photochemical reactions 57 nanoribbons 57 cell nuclei 57 covalent bonding 57 nanomembranes 57 epidermal cells 57 intergranular 57 lipid bilayers 57 oligomeric 56 dewetting 56 metallic nanotubes 56 phosphorus atoms 56 oscillatory 56 diffusible 56 eutectic 56 optical excitation 56 hydroxyapatite crystals 56 undoped 56 micelle 56 chirality 56 interconversion 56 photochemically 56 QDs 56 myosins 56 microlenses 56 fibrils 56 microwave photon 56 boron nitride 56 hexamer 56 electrostatic interactions 56 tetrahedron 56 conformations 56 evanescent waves 56 σ 56 Fig. 2b 56 adenine 56 polypeptides 56 fission yeast 56 macroscopically 56 reactants 56 centrioles 56 dielectric layers 56 Fig. 1D 56 spicule 56 protein filaments 56 fluorescence quenching 56 superatom 56 aperiodic 56 capillary tubes 56 B meson 56 intercalation 56 magnetic particles 56 outer membranes 56 actin filament 56 polyhedral 56 mitotic spindle 56 heterojunctions 56 resonance frequency 56 tPNA 56 osteocytes 56 photosynthetic apparatus 56 heterostructure 56 photonic bandgap 56 thermodynamically 56 asthenosphere 56 coverslip 56 diffraction patterns 56 cuprate 56 nanocrystalline 56 adsorbate 56 germanium atoms 56 pearlite 56 aqueous solution 56 endoplasmic reticulum 56 lattice mismatch 56 conductance 56 piezoelectric crystals 56 bandgap 56 ligand receptor 56 Josephson junctions 56 polymer nanofibers 56 nonlinear optical 56 ferroelectric 56 deuterium atoms 56 excitations 56 subwavelength 56 micrometre sized 56 vibrationally excited 56 microcrystals 56 carbon atom 56 capsid 56 nanowire 56 heterochromatic 56 disulfide bridges 56 photoelectrochemical 56 submicrometer 56 Bose Einstein condensation 56 misfolds 56 micron sized 56 oppositely 56 ribozyme 56 block copolymer 56 birefringence 56 adhesion proteins 56 SiO 2 56 infrared laser beam 56 ZnO 56 nucleon 56 thermal decomposition 56 polycrystalline 56 topological defects 56 ciliary body 56 hydrophobic surfaces 56 velocity dispersion 56 ionise 56 membrane 56 zinc sulfide 56 cadmium selenide 56 absorbs photons 56 Fermions 56 resonant frequencies 56 Fig. 1C 56 centrosomes 56 spherical particle 56 ferromagnets 56 circumferentially 56 crustal rocks 56 laser pulse 56 MOS transistors 56 surface plasmons 56 DNA helix 56 magnetic dipole 56 chemical reactivity 56 wavefronts 55 unreacted 55 iron pnictides 55 electrochemical reactions 55 presynaptic 55 InAs 55 alkane 55 chiral molecules 55 phosphorus atom 55 cobalt ions 55 semiconducting material 55 PrP 55 nucleobases 55 GaP 55 semiconducting nanotubes 55 heavy fermion 55 photons 55 ultracold atoms 55 dimensional electron 55 surfactant molecules 55 micrometer sized 55 Fig. 2a 55 eddy currents 55 diamagnetic 55 Fig. 1c 55 isotope fractionation 55 symmetries 55 ellipsoid 55 ultrasonic vibrations 55 micrometre scale 55 nucleation layer 55 macromolecular complexes 55 helium nuclei 55 semiconducting properties 55 cypin 55 nanobelts 55 excitation 55 van der Waals interactions 55 multiferroic 55 seminiferous tubules 55 piezoelectric properties 55 agglomerates 55 ab initio calculations 55 molecularly 55 poly L lysine 55 monomers 55 photoemission 55 cesium atom 55 waviness 55 dihydrogen 55 resonant tunneling 55 myofibroblasts 55 concentration gradient 55 cysteines 55 quantized 55 electrical conductance 55 nanostructure 55 homologous chromosomes 55 absorbs photon 55 eukaryotic cell 55 microcapsule 55 microstructural 55 roughening 55 RecA 55 myosin VI 55 divalent 55 Pax6 55 branes 55 gravitons 55 micelles 55 scanning tunneling microscopy 55 Fig. 3B 55 enthalpy 55 single walled nanotubes 55 hemoglobin molecule 55 silicon waveguide 55 viscous fluid 55 ultracold 55 helical structures 55 correlated electron 55 postsynaptic 55 unpolarized 55 strange quark 55 ultrananocrystalline diamond 55 interfacial layer 55 dendritic spine 55 cohesin 55 magnetite crystals 55 shear modulus 55 cysteine residues 55 strontium atoms 55 hydroxyl radicals 55 nucleosomes 55 nanobubble 55 molecules adsorbed 55 ZnO nanowires 55 multi walled nanotubes 55 silicide 55 vesicle membrane 55 recrystallized 55 electron orbits 55 frictional heating 55 torus 55 osmium 55 collagen molecules 55 fig. S2 55 nanometer scale 55 angiotensinogen 55 luminal surface 55 colloidal suspension 55 spheroids 55 intermediate filaments 55 polymer matrix 55 ferromagnetic materials 55 antiparticle 55 protoplanetary disk 55 graphene 55 magnons 55 osmotic pressure 55 Fig. 1d 55 cleavage furrow 55 plasmonic 55 neutralinos 55 tensile stress 55 magnetic monopoles 55 conformational 55 germanium silicon 55 Drosophila embryos 55 fluorescently tagged 55 actin cytoskeleton 55 electrophilic 55 vibrational frequencies 55 cyclization 55 dielectric 55 martensitic 55 titanium atoms 55 pn junction 55 aragonite 55 Rydberg atoms 55 diamond anvils 55 membered rings 55 magnetic bead 55 Bose Einstein condensate BEC 55 homodimers 55 secretory cells 55 titanium oxide 55 montmorillonite 55 compressive stresses 55 helical 55 hydroxide ions 55 CdS 55 calmodulin 55 anionic 55 epitaxial layers 55 cesium atoms 55 electrically conducting 55 calcium ions 55 COFs 55 myosin V 55 riboswitch 55 circularly polarized light 55 ultracold molecules 55 micrometer sized particles 55 fluorescent nanoparticles 55 optical lattices 55 soluble proteins 55 photon beams 55 anodic 55 magnetic flux 55 nanocells 55 calcium fluoride 54 nanoparticle arrays 54 oscillating magnetic 54 Josephson junction 54 fluorescence intensity 54 neurites 54 solutes 54 SWNT 54 gluon 54 cell organelles 54 amino acid residues 54 decoherence 54 oxygens 54 capacitive coupling 54 nanoporous 54 Fig. 4B 54 sarcomere 54 graphite oxide 54 quantum bits qubits 54 beryllium ions 54 felsic tuff 54 ciliated 54 electron proton 54 mesoporous 54 elastic fibers 54 prolate 54 histone proteins 54 spherical shape 54 mesoporous silica 54 adduct 54 linearly polarized light 54 intercellular 54 chemisorption 54 macromolecules 54 radially 54 photosystems 54 orthogonally 54 electromagnetic coupling 54 tubule 54 humeral head 54 Raman scattering 54 fibrocartilage 54 spindle fibers 54 controllably 54 microgel 54 CMB photons 54 organelle 54 translationally 54 nanotubes nanowires 54 thymine T 54 G quadruplex 54 TiO 2 54 concentrically 54 emission spectra 54 chlorine atoms 54 barium titanate 54 magnetic fields 54 nanosheets 54 fluorescence emission 54 Casimir cavity 54 monodisperse 54 lipid vesicles 54 honeycomb lattice 54 identical subunits 54 lattice spacing 54 normal prion proteins 54 proteoglycans 54 helium ions 54 nematic 54 agarose 54 cuprate superconductors 54 conventional superconductors 54 Brillouin zone 54 lipid molecules 54 ATP hydrolysis 54 cavitations 54 AlN layer 54 magnetic anisotropy 54 laminae 54 atomic nuclei 54 thermal gradients 54 molten droplets 54 1μm 54 potassium ions 54 nanogels 54 multilayers 54 bipyridine 54 electron electron 54 heterogeneous catalysis 54 cadherin 54 atomic orbitals 54 zeolite membranes 54 actin fibers 54 mutant proteins 54 morphogen 54 hydrogen atom 54 neuroligins 54 octahedron 54 submicroscopic 54 histone H4 54 disulfide 54 interfacial properties 54 functionalized 54 neuromuscular junction 54 photosystem 54 spherical nanoparticles 54 mesoderm 54 optically transparent 54 starch granules 54 FtsZ 54 Raman spectra 54 spectrin 54 centromeres 54 magnetic vortices 54 Purkinje cell 54 Diels Alder reaction 54 meta atoms 54 sarcomeres 54 toroids 54 thymine 54 microRNA molecule 54 tensional 54 spontaneous fission 54 deformability 54 Fig. 4b 54 fluorescent molecule 54 acetyl CoA 54 mitochondrial membrane 54 microscopic bubbles 54 biaxial 54 linker molecules 54 micropipette 54 collimated 54 dimensional nanostructures 54 kcal mol 54 quantum tunneling 54 guanine 54 silicate dust 54 nonequilibrium 54 boron oxide 54 crystals 54 basal layer 54 mesenchyme 54 diffract 54 lithium ions 54 AlGaN GaN 54 dimeric 54 mesons 54 DFT calculations 54 paxillin 54 reactant 54 colloidal 54 GFP fluorescence 54 hydrogen ions 54 cobalt oxide 54 nanosized particles 54 chlorophyll molecule 54 odorant molecule 54 collisional 54 Gravitational waves 54 quantum particles 54 alkene 54 lithographically patterned 54 magnetization reversal 54 diffusive 54 endocytic 54 filament 54 amorphous calcium carbonate 54 Platonic solids 54 insulating substrate 54 solvation 54 amyloid beta peptides 54 ions 54 photocurrent 54 SNARE proteins 54 superlens 54 liquid crystal molecules 54 vacuolar 54 Alfven waves 54 dendrite 54 tRNAs 54 Dictyostelium 54 centromeric 54 Fig. 1b 54 silicon nanowire 54 oscillation frequency 54 austenite 54 fig. S3 54 euchromatin 54 tensile strain 54 polydimethylsiloxane 54 fluorescent molecules 54 cell adhesion 54 yttrium barium copper 54 kaons 54 dielectric permittivity 54 #S subunit 54 Shewanella 54 unconventional superconductivity 54 elastic modulus 54 dentinal 54 operons 54 φ 53 angstroms 53 oligomers 53 electric dipole 53 liquid crystalline 53 manganese oxide 53 PEDOT PSS 53 helicity 53 NWs 53 nanocubes 53 alpha helix 53 Bosons 53 protein complexes 53 yttria stabilized zirconia 53 electron irradiation 53 tRNA 53 CPEB 53 periosteum 53 interstellar clouds 53 electron orbiting 53 meV 53 aldehyde 53 depolarization 53 colloidal quantum dots 53 nanotube arrays 53 nucleolar 53 single celled algae 53 Photonic crystals 53 micrometre 53 methyl groups 53 moieties 53 vinculin 53 meson 53 monolayer graphene 53 nanospheres 53 resonance frequencies 53 hydrogenase 53 membrane vesicles 53 coexpression 53 polymerized 53 radiative recombination 53 structural rearrangements 53 proton pump 53 Fig. 2C 53 cilium 53 cyclin B1 53 γ 53 elemental abundances 53 scanning tunneling microscope 53 tholins 53 stereochemistry 53 fermionic 53 biologically inert 53 subunits 53 nanorings 53 membrane fusion 53 thermodynamic properties 53 fibronectin 53 nanodevice 53 endoplasmic reticulum ER 53 polymer membrane