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(Click for frequent words.) 69 antiferromagnetic 67 Mott insulator 67 mesoscopic 65 antiparallel 65 diatomic 65 tetrahedral 64 rotaxane 64 magnetic dipole 64 cobalt atoms 64 ferromagnet 64 polaritons 64 intramolecular 64 microcavities 64 electron doped 63 hexagonal lattice 63 optical lattice 63 quantum oscillations 63 heavy fermion 63 dipolar 63 vibrational modes 63 honeycomb lattice 63 polariton 63 icosahedral 62 Schematic representation 62 atomic orbitals 62 optical resonator 62 rotaxanes 62 bistability 62 photonic bandgap 62 ferromagnets 62 cuprate 62 quantum mechanically 62 atomic lattice 62 stoichiometry 62 yttrium barium copper 62 nanomesh 62 iron pnictides 62 tetragonal 62 electron transistor 62 nanometric 61 quasicrystals 61 crystal lattice 61 cesium ions 61 self assembled monolayer 61 electromagnetic coupling 61 magnetic dipoles 61 paramagnetic 61 dipole moment 61 quasiparticle 61 vibrationally excited 61 sulfur atom 61 multiferroic 61 manganite 61 enthalpy 61 boron atoms 61 aperiodic 61 magnetisation 61 indium arsenide 61 nanoholes 61 antiferromagnets 61 dihydrogen 61 lattice vibrations 61 resonant cavity 61 diffusion coefficient 61 electron spins 61 intermetallic 61 photoconductive 61 quasicrystal 61 bosonic 61 toroid 61 conduction electrons 61 exciton 61 electron tunneling 61 metallic nanostructures 60 pentacene 60 topological insulators 60 micrometer scale 60 superconducting qubit 60 quasiparticles 60 electrostatic attraction 60 chalcogenide 60 nonconducting 60 hyperfine 60 superlattice 60 spheroidal 60 intermolecular 60 electron pairs 60 ultracold molecules 60 orbitals 60 magnetic anisotropy 60 post perovskite 60 donor acceptor 60 superlattices 60 magnetization reversal 60 wavefunction 60 Josephson junctions 60 circular dichroism 60 tetrahedron 60 quasicrystalline 60 diffusive 60 ferroelectrics 60 micrometre sized 60 graviton 60 bucky balls 60 DFT calculations 60 unpolarized 60 molecules adsorbed 60 photoemission 60 magnons 60 YBCO 60 interparticle 60 weakly interacting 60 crystalline solids 60 quantum capacitance 59 helium atom 59 toroidal 59 microstructured 59 supercurrent 59 boron nitride 59 supramolecular 59 electron scattering 59 trimers 59 dimensional electron 59 solvation 59 electrons tunneling 59 electrons orbiting 59 ferromagnetism 59 ARPES 59 topological insulator 59 PbS 59 semiconductor quantum dots 59 macroscale 59 macrocycle 59 superposed 59 gluon 59 photoionization 59 Rydberg atom 59 circumstellar 59 nanoscopic 59 linearly polarized 59 nematic 59 magnesium ion 59 sulfur atoms 59 organometallic 59 uniaxial 59 delocalized 59 microfabricated 59 SWNT 59 supersolid 59 bilayer 59 spin precession 59 Nernst 59 nanotubes nanowires 59 nonequilibrium 59 copper oxide superconductors 59 nanoelectromechanical 59 tetrahedra 59 oppositely charged 59 Fig. 2a 59 rotational symmetry 59 colloidal crystals 59 ultracold 59 emit photon 58 sided polygon 58 pnictides 58 bilayer graphene 58 fluorescence quenching 58 dissipative 58 nonmagnetic 58 catalytically active 58 strontium titanate 58 ferromagnetic 58 intergranular 58 optical lattices 58 electrodynamics 58 polyhedra 58 lipid membranes 58 electronic excitations 58 ferroelectric materials 58 isotherms 58 nanosized 58 pseudogap phase 58 absorber layer 58 electrically insulating 58 nitride layer 58 carbon nanostructures 58 soliton 58 Dirac fermions 58 topological defects 58 electromagnetically 58 excitonic 58 crystal lattices 58 protons neutrons 58 electron diffraction 58 cadmium sulfide 58 conjugated polymers 58 bandgaps 58 ferro electric 58 spherical particles 58 diffraction pattern 58 covalent bond 58 vibrational frequency 58 Si SiGe 58 excitations 58 figs. 58 actin filament 58 decoherence 58 polyhedral 58 interphase 58 InAs 58 collinear 58 Quantum mechanics 58 electron orbitals 58 photonic crystal 58 crystallites 58 valence electron 58 van der Waals forces 58 absorbs photons 58 pentacene molecule 58 Schrödinger equation 58 scanning tunneling microscopy 58 crystalline lattice 58 coplanar 58 hadron 58 isotropic 58 frictional heating 57 hydrophobic interactions 57 alkali atoms 57 phonons 57 fermion 57 nanopillars 57 magnetosomes 57 microcavity 57 Fig. 1A 57 dipoles 57 phonon 57 colloidal particles 57 semiconductor nanowires 57 ferromagnetic materials 57 perovskite 57 plasmon 57 electric dipole 57 magnetization 57 oscillatory 57 electromagnetic flux 57 nanosize 57 nanomechanical 57 coherent superposition 57 niobium titanium 57 valence electrons 57 perturbation theory 57 bismuth ferrite 57 thermally induced 57 magnetic permeability 57 Maxwell equations 57 lattice 57 Si substrate 57 adsorbate 57 dispersive 57 nanorings 57 calcium fluoride 57 ε 57 solitons 57 block copolymer 57 electrospray 57 silica spheres 57 elastic deformation 57 dielectric layer 57 unconventional superconductivity 57 anomalous dispersion 57 rotationally symmetric 57 magnetic monopoles 57 x ray scattering 57 superfluids 57 magnetoresistance 57 thermodynamic properties 57 dynamical evolution 57 microwave photon 57 surface plasmons 57 electrons behave 57 carbene 57 thermally activated 57 heterojunction 57 electron density 57 Josephson junction 57 tokamaks 57 supramolecular structures 57 capacitive coupling 57 Bose Einstein condensates 57 resonant tunneling 57 Fig. 1a 57 macroscopic objects 57 Brownian motion 57 Casimir cavity 57 silicon nanowire 57 inhomogeneity 57 nanorod 57 crystallographic 57 ultradense 57 ultracold gas 57 alkynes 57 hysteresis loop 57 micrometer sized 57 vanadium dioxide 57 heterojunctions 57 chalcogenides 57 ionic conductivity 57 X ray absorption spectroscopy 57 orbital angular momentum 57 diffraction grating 57 graphene nanoribbons 57 inhomogeneous 57 magnetic susceptibility 57 mesoporous 57 processive 57 anisotropic 57 perpendicular magnetic 57 electrospray ionization 57 nanosheets 57 porphyrin 57 Schrodinger equation 56 ellipsoids 56 superpositions 56 thermal gradients 56 multi walled nanotubes 56 magnetoresistive 56 magnetic monopole 56 nanoparticle arrays 56 stilbene 56 pyroelectric 56 Fig. 1b 56 barium titanate 56 porous silica 56 isotope fractionation 56 absorbs photon 56 trigonometric functions 56 metastable 56 electrical conductance 56 graphane 56 SWNTs 56 scanning tunneling microscope 56 chemisorption 56 φ 56 Nanomechanical 56 quantum coherence 56 ultracold atoms 56 meson 56 interatomic 56 semiconducting carbon nanotubes 56 photosystem II 56 scanning tunneling microscope STM 56 kaons 56 germanium silicon 56 bilayers 56 cavity QED 56 nanofabricated 56 manganese atoms 56 spin excitations 56 nanochannels 56 Aharonov Bohm effect 56 chlorosome 56 electrophilic 56 antibody antigen 56 superfluid helium 56 micromachined 56 diamagnetic 56 wave particle duality 56 strontium atoms 56 stereochemical 56 hollow cylinders 56 GaP 56 redox reactions 56 helical structures 56 velocity dispersion 56 helicity 56 flagellar 56 tensegrity 56 MWNTs 56 Brillouin zone 56 meta atoms 56 trimeric 56 Bose Einstein Condensate 56 proton neutron 56 CdSe 56 alpha helical 56 photolysis 56 CCD detector 56 emitted photons 56 GPa 56 patterning technique 56 wavefronts 56 cementite 56 van der Waals 56 fermionic atoms 56 Bosons 56 functionalization 56 nanoindentation 56 magnesium diboride 56 birefringence 56 diffracted 56 quantum tunneling 56 infrared laser beam 56 molecular orbitals 56 scanning tunneling microscopes 56 Fig. 4b 56 Bose Einstein condensate BEC 56 dimer 56 intercalation 56 tensor 56 photoelectrochemical 56 cuprates 56 self assembled monolayers 56 lipid vesicles 56 resonance frequency 56 dimensional nanostructures 56 Fermions 56 interfacial 55 magnetic excitations 55 controllably 55 fission fusion 55 beryllium ions 55 photosystem 55 polyhedron 55 electron electron 55 piezoelectric properties 55 bimolecular 55 bipyridine 55 spectroscopic techniques 55 magnetic vortices 55 nanoribbon 55 unpaired electron 55 nanowire transistors 55 photochemical reactions 55 Pauli exclusion 55 rheological 55 cuprate superconductors 55 magnetic bead 55 semiconducting material 55 sigmoidal 55 oxide nanowires 55 manipulating atoms 55 semiconducting nanowires 55 honeycomb structure 55 Raman spectra 55 nanotube sheets 55 oppositely directed 55 superparamagnetic 55 electrons positrons 55 superfluid 55 submicrometer 55 ferroelectricity 55 superatoms 55 rubidium vapor 55 nanocluster 55 sodium atoms 55 atomically thin 55 Brillouin 55 ellipsoid 55 photoelectron spectroscopy 55 graphene layers 55 fig. S1 55 undoped 55 valence band 55 Rydberg atoms 55 titanium aluminide 55 inhomogeneities 55 martensitic 55 nonlinear optical 55 radical polymerization 55 subducting plate 55 porous membrane 55 magneto resistance 55 dodecahedron 55 protein filaments 55 biomineralization 55 plasmonic 55 recrystallization 55 Fig. 1c 55 gallium indium arsenide 55 Feshbach resonance 55 superconducting coils 55 nanocircuits 55 scintillators 55 quadruplex 55 electrochemical reactions 55 optomechanical 55 stripline 55 Bragg grating 55 tetrahedrons 55 membrane lipids 55 resonators 55 exfoliated graphene 55 κ 55 manganese oxide 55 alpha helices 55 dopant atoms 55 nanomagnets 55 hexamers 55 dynamical 55 particle acceleration 55 aligned carbon nanotubes 55 ion traps 55 graphene sheet 55 isomeric 55 chemically bonded 55 backscattered 55 subwavelength 55 steric 55 semiconducting properties 55 spatially separated 55 TFT substrate 55 electrostatic repulsion 55 chemical reactivity 55 chlorine atom 55 azobenzene 55 chemically reactive 55 polymer nanofibers 55 hexagonal 55 macroscopic 55 μm diameter 55 quantized 55 vibrating strings 55 atoms ions 55 QDs 55 thermally stable 55 polyphase 55 graphite oxide 55 Alfven waves 55 electrical resistivity 55 absorption spectra 55 superstrings 55 iron arsenide 55 pentagonal 55 palladium Pd 55 perovskites 55 Coulomb blockade 55 disulfide 55 walled carbon nanotube 55 Schematic diagram 55 quantum particles 55 ZnSe 55 actinide 55 fermions 55 macromolecular 55 liquid crystalline 55 PEDOT PSS 55 Photonic crystals 55 nanodots 55 piezoelectric crystals 55 optically transparent 55 cadmium selenide 55 titin 55 filamentary 55 fibril 55 X ray scattering 55 emit X rays 55 electron orbits 55 nanoribbons 55 quantum criticality 55 spectroscope 55 semiconducting 55 Kelvin Helmholtz 55 nanopillar 55 reflowed 55 corona discharge 55 G quadruplex 55 protons electrons 55 microstrip 55 Gravitational waves 55 Fig. 4a 55 Fig. 3B 55 acyclic 55 thermal conduction 55 photon energies 55 surface plasmon 55 quantum particle 55 acoustic impedance 55 UV photons 55 ceria 55 piezoelectric ceramic 54 quantum mechanical 54 lattice spacing 54 nanometer sized 54 lithium atoms 54 epitaxial graphene 54 silicon atoms 54 nanolayers 54 γ 54 Fig. 2b 54 photochemical processes 54 bismuth telluride 54 thermodynamically stable 54 transparent conductive coatings 54 ternary 54 piezo actuator 54 MWNT 54 alkene 54 correlated electron 54 Force Microscopy 54 dephasing 54 terahertz pulses 54 orthogonally 54 hydrophobicity 54 Einstein equations 54 heterostructure 54 silicon monoxide 54 photoelectron 54 voltage divider 54 Fullerene 54 graphene sheets 54 amorphous silica 54 eddy currents 54 hydrogens 54 graphitic 54 compressive stresses 54 sine waves 54 organic TFTs 54 chiral molecules 54 disulfide bond 54 excitons 54 collagen fibrils 54 NMR spectra 54 entangled quantum 54 adiabatic 54 toroids 54 Brownian particles 54 dimensional photonic crystal 54 nonlinear dynamics 54 atomically smooth 54 nitrogen atoms 54 superconducting electrons 54 Phys. Rev. Lett 54 electrically conducting 54 diamond anvil 54 electron proton 54 neutrino oscillations 54 superluminal 54 fermionic 54 quinone 54 lattices 54 spintronic device 54 diffusion coefficients 54 gate electrode 54 torus 54 quantum phenomena 54 SAXS 54 lipid bilayers 54 nonpolar 54 saturable 54 superstring 54 Dirac equation 54 femtosecond timescale 54 hydride 54 site directed mutagenesis 54 weak gravitational lensing 54 triaxial 54 magnetic flux 54 rubidium atom 54 phosphorus atoms 54 anisotropy 54 viscoelasticity 54 θ 54 multilayers 54 conductance 54 shunt resistor 54 heterostructures 54 inelastic scattering 54 fluorescent dye molecules 54 ultracold temperatures 54 nucleon 54 photochemically 54 excitation energies 54 Mott insulators 54 ATP synthase 54 calcite crystals 54 graphene circuitry 54 GaAs AlGaAs 54 ferroelectric 54 photon beams 54 cathodic 54 synchrotron x ray 54 dopant 54 halide 54 Z axes 54 nanometer spatial 54 GaN layer 54 covalently attached 54 tetramer 54 neutron scattering experiments 54 oscillation frequencies 54 odorant molecule 54 1μm 54 ionise 54 austenite 54 spacetime 54 ab initio calculations 54 Photosystem 54 electrically isolated 54 cesium atom 54 high temperature superconductors 54 Young modulus 54 focal adhesions 54 octahedral 54 superatom 54 relativistic particles 54 conductivities 54 RecA 54 intermolecular forces 54 optical waveguide 54 monodisperse 54 radiative recombination 54 Y axes 54 dumbbell shaped 54 nanotube arrays 54 nanopatterns 54 nanofilms 54 pulsed neutron 54 nonlinearity 54 femtosecond laser pulse 54 magnetically coupled 54 calorimetric 54 colloidal crystal 54 periodic oscillations 54 azimuthal 54 chirality 54 heterogeneous catalysts 54 ruthenium oxide 54 ring resonators 54 ions electrically charged 54 SWCNTs 54 conformational changes 54 sinusoidal 54 microscopic crystals 54 quadratic 54 piezoelectricity 54 baryonic 54 Schematic illustration 54 moduli 54 lipid bilayer 54 dimensionless 54 electroless plating 54 neutron diffraction 54 zinc ions 54 Feynman diagrams 54 ellipsoidal 54 monolayer 54 SiO 2 54 sodium alanate 53 Metamaterials 53 X ray pulses 53 myosin V 53 Supplementary Fig 53 carbonaceous chondrites 53 attosecond pulses 53 pn junction 53 alkane 53 magnesium fluoride 53 anion 53 conductive epoxy 53 electron positron pairs 53 capacitively coupled 53 graphene nanoribbon 53 mammalian fatty acid 53 quantum bits qubits 53 topological 53 meteoritic material 53 vesicle fusion 53 uncharged particles 53 scanning microscopy 53 graphitic carbon 53 chalcogenide glass 53 zinc selenide 53 scanning tunneling microscopy STM 53 hafnium oxide 53 equilateral triangles 53 reactance 53 lattice mismatch 53 superconducting qubits 53 monolayers 53 Entangled photons 53 σ 53 remanent 53 electron pairing 53 vibrationally 53 indium gallium arsenide 53 dimeric 53 combinatorial synthesis 53 superlenses 53 thermodynamic equilibrium 53 microstructural 53 Diels Alder 53 hydroxyapatite crystals 53 topologically 53 mitotic spindle 53 polycrystalline 53 quantum superpositions 53 nano crystals 53 radiative cooling 53 endocytic 53 absorption spectroscopy 53 actin filaments 53 fused silica 53 surface plasmon polariton 53 ZnS 53 phytochrome 53 lamellae 53 martensite 53 tri axial 53 photodetector 53 chemical kinetics 53 microfluidic chips 53 electrostatics 53 vanadium oxide 53 Fig. 1d 53 hydrogenase 53 polypeptide chain 53 oscillation amplitude 53 scintillator 53 atoms 53 ligand receptor 53 mica sheets 53 piezoelectric sensors 53 polarized electrons 53 nucleons 53 adatoms 53 quadrupole 53 titanium nitride 53 thermodynamically 53 chlorophyll molecules 53 protoplanetary 53 transfer FRET 53 electron spin 53 HTS wires 53 powder diffraction 53 magnesium ions 53 monolayer graphene 53 triode 53 linearly polarized light 53 nonlinear optics 53 antiparticles 53 nanocrystalline 53 PEDOT 53 spherical particle 53 aluminum nitride 53 Fig. 2B 53 electromotive force 53 Fig. 3A 53 bosons 53 nanoporous 53 hammerhead ribozyme 53 radar interferometry 53 deuterated 53 X rays gamma rays 53 tholins 53 F actin 53 impurity atoms 53 complexation 53 Raman scattering 53 ferrofluid 53 demultiplexer 53 microtubes 53 biological macromolecules 53 intermetallic compounds 53 plasmons 53 piezoelectric crystal 53 carborane 53 HRTEM 53 x ray absorption spectroscopy 53 symmetries 53 trigonometric 53 x ray diffraction 53 carbonyl 53 quantum superposition 53 nanoelectromechanical systems 53 alkali metal 53 dI dV 53 thermal decomposition 53 metal insulator 53 actin binding 53 beam splitter 53 relativistic electrons 53 microresonator 53 nanodevice 53 unpaired electrons 53 biominerals 53 anionic 53 Brownian 53 polyaniline 53 chondrites 53 resonant frequencies 53 Formic acid 53 5μm 53 rotational axis 53 Super Kamiokande 53 micelle 53 silicon crystals 53 fractal antenna 53 laser interferometer 53 fluorescent nanoparticles 53 macromolecular complexes 53 Muons 53 platinum iridium 53 midplane 53 dielectrophoresis 53 graphene flake 53 kcal mol 53 electrons emitted 53 concentric layers 53 magnetostrictive 53 boron nitride nanotubes 53 electromagnetic induction 53 quantum electrodynamics 53 crystallinity 53 photothermal 53 photomultiplier tubes 53 multipartite entanglement 53 Quantum teleportation 53 fig. S3 53 interferometers 53 pentagons 53 nucleolar 53 micrometre scale 53 microcantilever 53 ion beams 53 nanoworld 53 superlens 53 millimetric 53 Fig. 4B 53 antineutrino 53 corrugation 53 nanostructural 53 protein subunits 53 Hydrogen atoms 53 semiconductor nanostructures 53 gravitational acceleration 53 van der Waals interactions 53 dopants 53 6nm 53 geosphere 53 cesium atoms 52 magnetite crystals 52 τ 52 dinitrogen 52 dielectric constant 52 kinesin motor 52 hollow spheres 52 gamma rays emitted 52 Photonic crystal 52 6S RNA 52 amacrine 52 Qubits 52 AlN layer 52 magnetic coupling 52 light emitting transistor 52 MOS transistors 52 hexagonal pattern 52 sarcomere 52 zinc oxide ZnO 52 micron sized 52 tetramers 52 dimers 52 electromechanics 52 scanning electron microscopes 52 fluidic 52 bistable 52 helium ions 52 biomolecule 52 potassium atoms 52 phosphorus atom 52 carbenes 52 hydroxide ions 52 graphene membrane 52 cobalt atom 52 microstructures 52 InN 52 CuO 52 microscale 52 friction coefficients 52 multiscale 52 Near Infrared NIR 52 microcapsule 52 blackbody 52 cesium vapor 52 gravitons 52 intermolecular interactions 52 dynamical systems 52 photochemistry 52 capillary tubes 52 shear modulus 52 interpenetrating 52 anions 52 atomistic 52 cobalt ions 52 divalent 52 carbon nanotube transistor 52 light scattering DLS 52 Neutrons 52 quantum chromodynamics 52 Fe Ni