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(Click for frequent words.) 72 ferromagnetism 69 electronic excitations 68 chemical reactivity 68 Mott insulator 68 thermally activated 68 dipolar 68 polaritons 67 cuprate superconductors 67 bosonic 67 hydrophobicity 67 bilayer graphene 67 cuprates 67 supersolid 67 paramagnetic 67 post perovskite 66 quasiparticle 66 unconventional superconductivity 66 quantum criticality 66 crystallinity 66 conjugated polymers 66 isotope fractionation 66 dipole moment 66 manganite 65 atomic lattice 65 microcavities 65 ferromagnetic materials 65 magnetic excitations 65 Bose Einstein condensates 65 quasicrystal 65 semiconducting properties 65 cuprate 65 wavefunction 65 bandgaps 65 topological insulators 64 ferromagnetic 64 gold nanoclusters 64 nonlinear optical 64 quasicrystals 64 interconversion 64 perovskite 64 crystal lattices 64 multiferroic 64 diffusive 64 electron pairing 64 semiconducting materials 64 superlattices 64 intermolecular forces 64 cementite 64 tetragonal 64 Raman scattering 64 alkali metal 64 inhomogeneity 64 ionic conductivity 64 dopant 64 intermetallic 64 valence electrons 64 iron pnictides 64 metastable 64 graphene layers 64 topological defects 64 quantum coherence 64 quantum superpositions 63 mesoscopic 63 carbonate globules 63 semiconductor nanowires 63 barium titanate 63 electron tunneling 63 semiconductor nanocrystals 63 antiferromagnetic 63 magnetization reversal 63 strontium titanate 63 ferroelectrics 63 microcavity 63 diamagnetic 63 homochirality 63 weakly interacting 63 nonequilibrium 63 self assembled monolayers 63 dielectric materials 63 ferroelectric 63 van der Waals forces 63 supercurrent 63 inhomogeneous 63 quantum mechanically 63 electron doped 63 intramolecular 63 diffusible 63 fermion 63 dopants 63 lipid membranes 63 intermolecular 63 nonlinearity 63 hafnium oxide 63 adsorbate 63 nanodroplets 63 lattice vibrations 63 photoluminescence 63 quantum phenomena 62 nanobelts 62 carbene 62 pnictides 62 superfluids 62 oligomeric 62 YBCO 62 copper oxide superconductors 62 antiferromagnets 62 monodisperse 62 quantum oscillations 62 Rydberg atom 62 photonic bandgap 62 heavy fermion 62 bismuth ferrite 62 dispersive 62 crystallites 62 biomolecule 62 elastic modulus 62 nanoelectromechanical 62 gelation 62 quinone 62 martensite 62 chemically reactive 62 silicate minerals 62 stoichiometry 62 iron arsenide 62 elastic moduli 62 birefringence 62 electron pairs 62 plasmon 62 redox reactions 62 zinc selenide 62 mesoporous 62 colloidal suspensions 62 dimensional nanostructures 62 chirality 62 nonlinearities 62 excitonic 62 crystalline structure 62 superheavy elements 62 coercivity 62 correlated electron 62 superluminal 62 relaxivity 61 uniaxial 61 shear modulus 61 heterostructures 61 InAs 61 superlattice 61 Young modulus 61 fig. S2 61 crystal lattice 61 anisotropy 61 Dirac fermions 61 nanomagnets 61 ARPES 61 extracellular proteins 61 electron proton 61 magnetic anisotropy 61 vibrational modes 61 superatoms 61 epitaxial layer 61 isotropic 61 recrystallization 61 vanadium oxide 61 pseudogap phase 61 magnetosomes 61 mineral olivine 61 bistability 61 pn junctions 61 absorption spectra 61 colloidal crystals 61 magnetisation 61 CPEB 61 pentacene 61 MWNT 61 magnons 61 topological insulator 61 electric dipole 61 spin precession 61 tensile stress 61 bismuth telluride 61 inhomogeneities 61 monomeric 61 ultracold molecules 61 solvation 61 circularly polarized light 61 superatom 61 ε 61 steric 61 filamentary 61 pentacene molecule 61 hyperfine 61 diffraction pattern 61 magnetization 61 nucleases 61 electron density 61 vanadium dioxide 61 ferromagnet 61 silicon nanowire 61 Si substrate 61 nanochannels 61 CdSe 61 excitations 61 van der Waals interactions 61 anisotropic 61 nanosized 61 strange quark 61 photonic crystal 61 GPa 61 self assembled monolayer 61 covalent bond 61 olivines 61 oligomer 61 magnetic dipole 61 nitrides 61 quantum particle 61 semiconducting 61 superfluid 61 unpaired electron 61 nanotubes nanowires 61 nucleons 61 magnetoresistance 61 polariton 61 radiative recombination 60 colloidal particles 60 graphene electrons 60 sulfur atom 60 colloidal nanocrystals 60 nanocomposite material 60 magnetic monopoles 60 protein conformation 60 florescence 60 ferromagnets 60 heterogeneous catalysts 60 conduction electrons 60 dopant atoms 60 thermal gradients 60 helical structures 60 boron nitride 60 pseudogap 60 quasiparticles 60 Bose Einstein Condensate 60 nanopillars 60 conventional superconductors 60 magnesium ion 60 impurity atoms 60 alkali metals 60 macroscale 60 pn junction 60 negative refraction 60 enantiomeric 60 ferroelectric materials 60 magnesium ions 60 QDs 60 magnon 60 site directed mutagenesis 60 isotopic compositions 60 interfacial 60 lowermost mantle 60 C3 convertase 60 superconduct 60 actin binding 60 interparticle 60 ligand receptor 60 gate electrode 60 catalytically active 60 Mott insulators 60 stereochemical 60 nanometric 60 high temperature superconductors 60 quantum capacitance 60 nanoribbon 60 Raman spectra 60 compressibility 60 lattice spacing 60 superconductivity 60 semiconductive 60 biological macromolecules 60 electron scattering 60 quantum metrology 60 surface plasmon 60 germanium silicon 60 nanocluster 60 calcite crystals 60 nanomechanical 60 SiO 2 60 titin 60 relativistic particles 60 fermionic atoms 60 Coulomb blockade 60 thermodynamically stable 60 submicrometer 60 hydrated electron 60 heterojunctions 60 toroid 60 membrane permeability 60 patterning technique 60 dielectric layer 60 actinide 60 organometallic compounds 60 Fig. 2a 60 nematic 60 phonons 60 electron mobility 60 yttrium barium copper 60 Semiconducting 60 F actin 60 particle morphology 60 liquid crystalline 60 semiconducting material 60 superpositions 60 interfacial properties 60 alloying elements 60 biomineralization 60 orbital angular momentum 60 rubidium vapor 60 compressive stress 60 bilayers 60 gate dielectrics 60 bandgap 60 periodic oscillations 60 titania 60 photon energies 60 carbenes 60 zinc oxide ZnO 60 semiconductor quantum dots 60 subwavelength 60 dissipative 59 chlorine atom 59 orbitals 59 hydrogens 59 decoherence 59 intercellular signaling 59 hydrophobic interactions 59 lattice mismatch 59 conductance 59 ultracold 59 lipid vesicles 59 disulfide bond 59 emission spectra 59 enzymatic pathways 59 exciton 59 bistable 59 electrically insulating 59 SWNTs 59 rheological 59 cyclization 59 MOS transistors 59 isomeric 59 silica spheres 59 superlens 59 platinum Pt 59 III nitride 59 ZnO nanowires 59 corona discharge 59 graphitic carbon 59 cobalt atoms 59 anionic 59 nanomesh 59 heterostructure 59 Nernst 59 dephasing 59 Fig. 3a 59 van der Waals 59 σ 59 trimers 59 LiNbO3 59 B meson 59 electromagnetic flux 59 circular dichroism 59 vesicle fusion 59 MWCNT 59 electron spins 59 electrical resistivity 59 electrostatic attraction 59 boron atoms 59 elastic deformation 59 Fig. 2b 59 nanocrystal 59 lithium niobate 59 Fig. 1c 59 enzyme kinetics 59 Auger recombination 59 boron nitride nanotubes 59 GaAs AlGaAs 59 ytterbium 59 NdFeB 59 ZnSe 59 di GMP 59 thermal conduction 59 electrical conductance 59 nanoparticle arrays 59 high temperature superconductivity 59 delocalized 59 excitons 59 martensitic 59 polymorphs 59 oligomerization 59 thermally induced 59 alkali atoms 59 CD1d 59 magnetic nanoparticle 59 γ 59 silicide 59 nitride semiconductor 59 superconductors 59 antibody antigen 59 boron oxide 59 metallic nanostructures 59 capacitive coupling 59 thermal conductance 59 EF Tu 59 nanoelectronic devices 59 antimonide 59 trimeric 59 SWCNT 59 alkynes 59 linewidth 59 Fig. 1d 59 dihydrogen 59 nanoelectromechanical systems 59 cobalt atom 59 C# fullerenes 59 thermodynamically 59 racemic mixture 59 ferrite magnets 59 cuticular 59 polycrystalline 59 nanomotors 59 antiparallel 59 dielectric constant 59 enzyme catalysis 59 photoemission 59 spheroidal 59 phonon 59 electrostatic interactions 59 disulfide bonds 59 interatomic 59 nucleobases 59 Formic acid 59 saturable 59 fluorescence intensity 59 nonmagnetic 59 crystalline lattice 59 vanadate 59 microcrystals 59 icosahedral 58 prostaglandin synthesis 58 nanorod 58 endonuclease 58 fundamental constants 58 fluorescence emission 58 magma ocean 58 intermolecular interactions 58 thermal diffusivity 58 nanocrystalline 58 alkene 58 refractive indices 58 carbonate minerals 58 spectroscopic technique 58 magnetic vortices 58 thermal conductivities 58 spectroscopic techniques 58 gelsolin 58 substituents 58 COFs 58 porphyrin 58 photosynthetic apparatus 58 tensile strain 58 indium gallium 58 GFP fluorescence 58 dynamical evolution 58 W bosons 58 transgene expression 58 electrodynamics 58 thiols 58 photoactivation 58 hydroxyapatite crystals 58 Z boson 58 Fig. 4A 58 Josephson junctions 58 antineutrino 58 epitaxial layers 58 diatomic 58 aragonite 58 Fig. 4a 58 photobleaching 58 electron orbitals 58 powder diffraction 58 Fig. 1e 58 hydrides 58 semiconducting nanotubes 58 bilayer 58 semiconductor nanostructures 58 catalytic reactions 58 viscoelasticity 58 pheomelanin 58 methanogenesis 58 macromolecule 58 helicity 58 parasitic capacitance 58 Fig. 1a 58 neutrino mass 58 heterojunction 58 unreacted 58 heterochromatic 58 nanohorns 58 polyaniline 58 compressive strain 58 nacre 58 calcium fluoride 58 ultracold atomic gases 58 electrical conductivity 58 mRNA molecules 58 fibrillar 58 perovskites 58 CMOS transistors 58 graphene sheets 58 dielectric constants 58 electrocatalyst 58 chromophore 58 conformational changes 58 crystallite 58 oscillatory behavior 58 superlenses 58 donor acceptor 58 diffusivity 58 thermal decomposition 58 photochemically 58 tetramer 58 undoped 58 asymmetric catalysis 58 morphological evolution 58 autocatalytic 58 myosin VI 58 Fig. 4B 58 gravitational redshift 58 fermions 58 quantum correlations 58 cuprous oxide 58 viscoelastic properties 58 indium gallium nitride InGaN 58 neurite outgrowth 58 diffraction grating 58 permittivity 58 ab initio calculations 58 collagen fibrils 58 physico chemical properties 58 metallic ions 58 diffusion coefficients 58 microcircuitry 58 Rayleigh scattering 58 electron electron 58 cadherins 58 DFT calculations 58 crystalline solids 58 photoionization 58 electrophilic 58 spicule 58 ZnS 58 nanocrystals 58 chiral compounds 58 formamide 58 amide 58 fluorescence quenching 58 Alternative splicing 58 eumelanin 58 cadmium selenide 58 poly L lysine 58 concentration gradient 58 MWNTs 58 spinel 58 Bosons 58 experimentally demonstrated 58 soliton 58 rotaxane 58 photons particles 58 ultracold atoms 58 ion traps 58 nanodots 58 structural rearrangements 58 protein adsorption 58 Entangled photons 58 histone methylation 58 crustal rocks 58 bosons 58 photostability 58 scale invariance 58 indium tin oxide 58 Aâ 58 agarose 58 wave particle duality 58 microstructures 58 ZnO 58 extraterrestrial origins 58 transcriptional repressor 58 nonconducting 58 cadmium selenium 58 hexamers 58 mantle plumes 58 θ 58 ferro electric 58 quantum superposition 58 vibrational frequency 58 ferrites 57 physicochemical properties 57 vibrational spectroscopy 57 MgO 57 nano crystals 57 oxidations 57 pore sizes 57 nanosheets 57 quantum tunneling 57 matrix interferences 57 nanocages 57 copper sulfide 57 MEK1 57 dielectric breakdown 57 sterile neutrino 57 nanostructure 57 fermionic 57 indium antimonide 57 heterogeneous catalysis 57 fluorapatite 57 hydroxides 57 Zinc oxide 57 halides 57 antiparticle 57 fullerene 57 manganese oxide 57 thermodynamic properties 57 NMR spectra 57 fibril formation 57 helium ions 57 multipartite entanglement 57 magnetic permeability 57 endonucleases 57 photon emission 57 MEMS resonators 57 collinear 57 copper oxides 57 optically transparent 57 resonance frequency 57 chalcogenides 57 perturbation theory 57 oxide layer 57 Aerogels 57 silicate mineral 57 solitons 57 impermeability 57 conductivities 57 colloidal 57 hydrogenase 57 cometary material 57 Cyclin E 57 calcium homeostasis 57 depolarization 57 macrocycle 57 electrons orbiting 57 gluon 57 inorganic semiconductors 57 chemisorption 57 nanobubble 57 eukaryotic cell 57 punctate 57 vibrationally excited 57 amorphous silica 57 Doppler shifts 57 disordering 57 6S RNA 57 MT1 MMP 57 ATPase activity 57 polymorph 57 PTH secretion 57 ATP synthase 57 HSF1 57 microstructural 57 chiral metamaterials 57 Metamaterials 57 lunar crust 57 hexagonal lattice 57 Schottky barrier 57 nanoelectronics photonics 57 basaltic rocks 57 cm -1 57 strange quarks 57 covalent bonds 57 metallicity 57 graphene nanoribbons 57 threshold voltages 57 rotational symmetry 57 dielectric layers 57 biological molecules 57 ceria 57 hydrophobic surfaces 57 lipid membrane 57 carboxylic acids 57 titanium carbide 57 block copolymer 57 solubilizing 57 polypeptide chain 57 semiconducting nanowires 57 graphene circuitry 57 chalcogenide glass 57 nanolayers 57 zeolite membranes 57 multi walled nanotubes 57 monolayers 57 silicate rocks 57 Terbium 57 Ionic liquids 57 circumstellar 57 morphogens 57 magnetic monopole 57 lithospheric 57 amyloid peptides 57 colloidal suspension 57 microRNA molecule 57 blackbody 57 Photonic crystals 57 conductivity 57 GaN layer 57 micrometer scale 57 lipid bilayer 57 C3b 57 intercalation 57 aperiodic 57 quantum electrodynamics 57 fullerene molecules 57 monolayer graphene 57 X ray scattering 57 phytochrome 57 nucleosynthesis 57 dielectrics 57 η 57 cytidine 57 coexpression 57 superfluidity 57 AChE 57 photosystem II 57 inorganic ions 57 kcal mol 57 silicate dust 57 hydride 57 T rubrum 57 fluid viscosity 57 polynucleotides 57 primitive meteorites 57 fig. S1 57 birefringent 57 Shewanella 57 micelle 57 enzymatic pathway 57 spectrin 57 Fig. 3B 57 1μm 57 calcium pyrophosphate 57 biogenesis 57 anion 57 photolysis 57 optical lattice 57 AlN layer 57 quantum particles 57 ligamentous laxity 57 electrochemical reactions 57 nanocrystalline materials 57 colossal magnetoresistance 57 coiled coil 57 proteoglycan 57 transparent electrode 57 cavity QED 57 sulfation 57 adduct 57 SAW oscillators 57 biominerals 57 silicates 57 Quantum mechanics 57 hadron 57 hydroxide ions 57 collagenous 57 macroscopically 57 nanoporous 57 GABAB receptors 57 chemically inert 57 meridional flow 57 prokaryote 57 AlGaN GaN 57 non Newtonian fluids 57 fluorescent nanoparticles 57 sterile neutrinos 57 photocatalysts 57 formate 57 MAPK pathway 57 resonant tunneling 57 prebiotic molecules 57 stilbene 57 nitrogen atoms 57 lithosphere 57 morphologies 57 cosmic ray intensity 57 BChE 57 gravitational radiation 57 crystallographic 57 posttranslational modification 57 glycolipids 57 proline rich 57 proton pump 57 Bose Einstein condensation 57 protease enzyme 57 oxidative phosphorylation 57 nanowire transistors 57 exfoliated graphene 57 macromolecular complexes 56 pMOS 56 scanning tunneling microscopy 56 Purkinje cell 56 spherical particle 56 nanoribbons 56 heme oxygenase 56 silicon crystals 56 chrome diopside 56 molecules adsorbed 56 dielectric permittivity 56 Zeolites 56 nanodiamond 56 sulfonated 56 quantized 56 myofibroblast 56 nanosize 56 AlGaN 56 polypeptides 56 alloying element 56 superposed 56 baryon 56 cadmium sulfide 56 proteolysis 56 supersymmetric particles 56 antireflective coatings 56 PEDOT PSS 56 spintronic devices 56 magnetic flux 56 thermal equilibrium 56 multilayers 56 alkenes 56 Aharonov Bohm effect 56 chromatin structure 56 neutralino 56 carbides 56 oscillation frequency 56 elastic fibers 56 hafnium dioxide 56 centromeric 56 Maxwell equations 56 autotrophic 56 carbon nanostructures 56 velocity dispersion 56 eutectic alloy 56 pyroelectric 56 tholins 56 superconductive 56 ionic currents 56 reaction kinetics 56 ATP hydrolysis 56 hydroxylation 56 fluid shear 56 GaN nanowires 56 carbonaceous chondrites 56 redox sensitive 56 exosphere 56 dimeric 56 nMOS 56 InN 56 Fig. 3b 56 nanorings 56 immiscible 56 proteolytic activity 56 nanoglue 56 nanomechanical devices 56 chlorophyll molecule 56 pyroxene 56 thermally stable 56 cellular prion protein 56 graphite oxide 56 nanotube arrays 56 electro optic plastics 56 SiO 56 oxidases 56 titania nanotubes 56 photochromic 56 differential scanning calorimetry 56 APOBEC3G 56 clathrate 56 SWCNTs 56 X ray binaries 56 Titanium Oxide 56 intracellular signal transduction 56 moduli 56 CRISPR Cas 56 photosphere 56 telomere DNA 56 frequency harmonics 56 fig. S3 56 silicon dioxide SiO2 56 spin excitations 56 piezoresistive 56 micrometre sized 56 peroxynitrite 56 cdk5 56 silicon Si 56 Fermions 56 focal adhesions 56 nucleosome positioning 56 UV photons 56 ruthenium oxide 56 eutectic 56 spherical particles 56 cyclicity 56 Majorana fermions 56 Optical tweezers 56 ferrite 56 inelastic scattering 56 pleiotropy 56 Thermus thermophilus 56 Vps# 56 Fig. 1A 56 chiral molecules 56 photon fluorescence 56 magnesium silicate 56 monolayer 56 DNA adducts 56 Heisenberg uncertainty principle 56 protein conformations 56 cosmic ray flux 56 photochemistry 56 multi celled 56 magnetite crystals 56 PZT 56 axions 56 nanocubes 56 scanning electron microscopes 56 single photon detectors 56 ectodermal 56 ν 56 Ruthenium 56 Josephson junction 56 macroscopic objects 56 enzymatic reactions 56 absorption spectroscopy 56 ultrananocrystalline diamond 56 nanostructured surfaces 56 fibril 56 cerium 56 tin oxide 56 bacterial virulence 56 nanoscopic 56 osmium 56 fission yeast 56 supersaturation 56 PIP2 56 metalloenzymes 56 τ 56 sodium atoms 56 Germanium 56 nitrogenase 56 refracts light 56 SQUIDs 56 stereochemistry 56 asparagine 56 ultrasonic vibrations 56 transmembrane 56 frictional heating 56 palladium nanoparticles 56 photosystems 56 terahertz frequencies 56 oxide semiconductors 56 Ytterbium 56 azobenzene 56 layer graphene 56 superparamagnetic 56 optomechanical 56 T#M 56 pulse amplitude 56 carboxylic acid 56 nanostructuring 56 chondritic 56 enantiomers 56 silicon atoms 56 heterogeneities 56 adiabatic 56 tungstate 56 potassium niobate 56 SWNT 56 atomically smooth 56 filament 56 lipid molecules 56 meV 56 silicon monoxide 56 Tellurium 56 fluorogenic 56 androgen signaling