Related by context. All words. (Click for frequent words.) 69 orbitals 65 dipole moment 64 Fig. 2A 63 valence band 63 electron density 63 dI dV 63 Fig. 1a 62 vibrational modes 62 valence electrons 62 fig. S2 62 antiparallel 62 Coulomb blockade 61 excitations 61 Fig. 3b 61 Fig. 4a 61 QDs 61 DFT calculations 61 quasiparticle 61 Fig. 2a 60 Josephson junction 60 dipolar 60 magnon 60 diffusion coefficient 60 photon energies 60 κ 60 hyperfine 60 kcal mol 60 m z 60 electron transistor 60 Supplementary Fig 60 tetragonal 60 absorption spectra 60 antiferromagnetic 60 SiO 60 intramolecular 60 Dirac fermions 59 W bosons 59 Fig. 3B 59 photocurrent 59 polariton 59 Fig. 1A 59 Fig. 2b 59 polaritons 59 λ 59 Fig. 1B 59 microcavities 59 chromatogram 59 relativistic protons 59 wavefunction 59 Fig. 1d 59 supercurrent 59 periodicities 59 fig. S1 58 photoionization 58 Bosons 58 adatoms 58 photoemission 58 circular dichroism 58 nucleons 58 hexamers 58 ε 58 Eq. 58 inhomogeneity 58 Fig. 4A 58 τ 58 perturbation theory 58 Fig. 1c 58 hydrogens 58 diffraction pattern 58 substituents 58 hysteresis loop 58 B meson 58 donor acceptor 58 isomeric 58 tetrahedral 58 diffusivity 58 Si substrate 58 GaN layer 58 fluorescence intensity 58 Figure 1C 58 electrons orbiting 57 cuprate 57 diffraction patterns 57 Fig. 2C 57 macroscopically 57 toroid 57 enthalpy 57 Raman spectra 57 adsorbate 57 electronic excitations 57 tetramers 57 fermion 57 γ 57 magnons 57 operon 57 superposed 57 linewidth 57 Fig. 2B 57 Fig. 3a 57 hydrogen atom 57 ATP hydrolysis 57 tetrahedra 57 Mott insulator 57 Fig. 4B 57 ellipsoids 57 anion 57 ab initio calculations 57 boron atoms 57 conduction electrons 57 photolysis 57 electron scattering 57 paramagnetic 57 trimers 57 deuterated 57 magnetoresistance 57 cm -1 57 Fig. 1b 57 diatomic 57 stoichiometry 57 collinear 57 electron tunneling 57 surface plasmon 57 meV 57 Lorentzian 57 pentacene 57 colloidal crystals 57 Fig. 1D 57 excitation energies 57 carboxylate 56 autocorrelation 56 interconversion 56 dipoles 56 SiO 2 56 Figure 1a 56 σ 56 Casimir cavity 56 μm diameter 56 electron spins 56 microcavity 56 lepton 56 chromophore 56 magnetization 56 atomic orbitals 56 resonance frequencies 56 intracavity 56 Fig. 4b 56 gaussian 56 bosonic 56 kT 56 ferromagnetism 56 electrostatic attraction 56 plasmon 56 ARPES 56 conductance 56 photoconductive 56 chiral molecules 56 emission spectra 56 Josephson junctions 56 helium nuclei 56 θ 56 dimer 56 cesium ions 56 inhomogeneities 56 pn junction 56 icosahedral 56 heterojunctions 56 cm -3 56 acyclic 56 absorption coefficient 56 absorption spectroscopy 56 keV 56 delocalized 56 Fig. 3c 56 cm -2 56 serine 56 triangular lattice 56 emittance 56 dissipative 56 linearized 55 mesons 55 conductivities 55 adsorption isotherms 55 exciton 55 oxyhemoglobin 55 fermionic 55 resonance frequency 55 protonated 55 6S RNA 55 copper oxide superconductors 55 nanorod 55 lattice vibrations 55 heterodimers 55 dispersive 55 bandgaps 55 η 55 MWCNT 55 magnetic permeability 55 undoped 55 shear modulus 55 amplitudes 55 valence electron 55 quantum mechanically 55 polypeptide chain 55 electron positron pairs 55 electron diffraction 55 magnetization reversal 55 radiative recombination 55 magnetisation 55 spherical particles 55 phosphorus atom 55 Fig. 3A 55 birefringence 55 quantum oscillations 55 electron doped 55 baryon 55 phonon 55 rubidium atoms 55 figs. 55 fig. S5 55 microlens array 55 orbital angular momentum 55 manganese atoms 55 beryllium ions 55 bilayer graphene 55 diffusion coefficients 55 Raman scattering 55 Fig. 1C 55 helium atoms 55 electron pairs 55 Nernst 55 strontium titanate 55 SWCNT 55 Fig. 2c 55 X ray absorption spectroscopy 55 unpolarized 55 lithium atoms 55 inhomogeneous 55 CuO 55 anions 55 bilayer 55 ν 55 electron proton 55 Figure 2a 55 IR spectra 55 diffracted 55 absorbance 55 conjugated polymers 55 nucleon 55 moduli 55 submicrometer 55 fig. S3 55 electron 55 phototransistor 55 dopant 55 #,# dihydroxyvitamin D 55 quasicrystal 55 quinone 54 rotaxane 54 fig. S6 54 vibrationally excited 54 ρ 54 oxygen atoms 54 antibody antigen 54 multiphoton 54 crystallites 54 fluorescent dye molecules 54 fluxes 54 solvation 54 excitons 54 catalytically active 54 Yb 54 graphene layers 54 Fig. 3C 54 hollow spheres 54 GAPDH 54 alkane 54 helium ions 54 sulfur atoms 54 tau neutrinos 54 dimers 54 isotropic 54 Schematic representation 54 Figure 1A 54 electrical conductance 54 decoherence 54 weakly interacting 54 nanoprobe 54 histidine 54 femtosecond pulses 54 sulfur atom 54 meson 54 nuclei 54 magnetic excitations 54 Rydberg atom 54 circularly polarized light 54 eclipsing binary 54 COOH 54 isomers 54 heterochromatic 54 cometary material 54 nonlinearities 54 chromatograms 54 nanometric 54 cytochromes 54 β 54 synthetic aperture 54 thermodynamically 54 nonequilibrium 54 helices 54 Fig. 3d 54 diffraction grating 54 ROC curves 54 ZnSe 54 mK 54 cesium atoms 54 reactants 54 Fermions 54 InAs 54 chemiluminescence 54 NMR spectra 54 silicon atoms 54 antiparticle 54 eigenvalues 54 imine 54 dopants 54 W boson 54 nitrogen atoms 54 heavy fermion 54 Brillouin zone 54 graphene flakes 54 δ 54 1nm 54 cyclization 54 homodimer 54 antiparticles 54 soluble proteins 54 photoelectron 54 UV wavelengths 54 chromite grains 54 quantized 54 amino acid residues 54 macrocycle 54 quasiparticles 54 silicon waveguides 53 resonant frequencies 53 sidebands 53 orthogonal directions 53 lipid bilayer 53 ferroelectricity 53 magnetic dipole 53 luminosities 53 optical lattice 53 Pearson correlation coefficient 53 evanescent waves 53 nanosecond pulse 53 cytochrome 53 entangled qubits 53 φ 53 scanning electron micrographs 53 depolarization 53 millimeter wavelengths 53 anionic 53 μW 53 ω 53 Supplementary Table 53 1μm 53 photon emission 53 covalent bond 53 beam splitter 53 magnesium ion 53 dopant atoms 53 lattice mismatch 53 crystal lattice 53 Ca2 + 53 photonic crystal 53 antineutrino 53 helicity 53 isotherm 53 cells transfected 53 nanoclusters 53 momenta 53 nonlinear optical 53 thermally activated 53 hafnium oxide 53 coexpression 53 MeV 53 SWNTs 53 pairwise 53 hydrophobic surfaces 53 surface plasmon resonance 53 bosons 53 α 53 neutron flux 53 chlorine atom 53 SDS PAGE 53 fluorescent molecules 53 azobenzene 53 circumstellar 53 colloidal particles 53 sodium atoms 53 capacitive coupling 53 NADPH 53 strange quark 53 optical spectra 53 inorganic ions 53 cesium atom 53 nonlinearity 53 baryons 53 nanocages 53 self assembled monolayer 53 magnetic susceptibility 53 oligomer 53 heterojunction 53 5μm 53 detuning 53 gelsolin 53 powder diffraction 53 spectroscopic analysis 53 nucleolar 53 analyte 53 collagen fibrils 53 SAXS 53 nonconducting 53 graphene nanoribbons 53 SWNT 53 ribozyme 53 crystallographic 53 cytosolic 53 stoichiometric 53 Maxwell equations 53 pulse durations 53 photon flux 53 neutrino mass 53 alkali atoms 53 Fig. 53 lognormal 53 electron neutrinos 53 electrostatic interactions 53 diamagnetic 53 Fourier transform 53 electrical resistivity 53 capacitances 53 complexation 53 cuprates 53 gate electrode 53 spin precession 53 spheroidal 53 fission yeast 53 silica nanoparticles 53 dinucleotide 53 tetramer 53 trimer 53 intermolecular 53 mol 53 gravitons 53 photoelectron spectroscopy 53 rubidium atom 53 Fig. 2E 53 porphyrin 53 disulfide bonds 53 compressive stress 53 fission fusion 53 conformations 53 yr -1 53 pentacene molecule 52 Z boson 52 mRNA molecules 52 diene 52 LDOS 52 resonant cavity 52 C# fullerenes 52 electrons positrons 52 photon pairs 52 nonoverlapping 52 -# mV [002] 52 borane 52 hydrated electron 52 absorbs ultraviolet 52 Fig. 2d 52 emitted photons 52 velocity dispersion 52 fluorophores 52 redshifts 52 Anisotropy 52 bistability 52 radiative transfer 52 punctate 52 uniaxial 52 coercivity 52 proton pump 52 diffract 52 x ray scattering 52 friction coefficients 52 bandgap 52 Fabry Perot 52 rubidium vapor 52 Boltzmann constant 52 dielectric layer 52 magnetic anisotropy 52 SWCNTs 52 ferromagnet 52 layer graphene 52 neurofilament 52 GNRs 52 hydrino 52 proton neutron 52 vibrational frequency 52 anthracene 52 qubit quantum 52 chondrites 52 gluon 52 interphase 52 efflux 52 vibrationally 52 calorimeters 52 atoms 52 thermodynamic stability 52 dimensional electron 52 fermions 52 lipid bilayers 52 photon counting 52 lipid membranes 52 topological defects 52 vibrational spectroscopy 52 Vps# 52 SNe Ia 52 focally 52 cementite 52 QCD 52 stochastically 52 conjugated polymer 52 ammonia NH3 52 spectroscopic technique 52 magnesium ions 52 oscillation frequency 52 de novo synthesis 52 poly L lysine 52 mammalian fatty acid 52 gravitational acceleration 52 unmethylated DNA 52 steric 52 adduct 52 fluorescence emission 52 Z axes 52 Schematic diagram 52 anisotropy 52 superlattice 52 iron arsenide 52 cm ² 52 eddy currents 52 -# mV [001] 52 condensin 52 photons 52 diffraction 52 permittivity 52 hydrophobic interactions 52 Å -1 52 disulfide bond 52 Z bosons 52 corona discharge 52 z axes 52 circularly polarized 52 graviton 52 metastable 52 molecules adsorbed 52 adsorption 52 monolayers 52 silicate dust 52 bipyridine 52 MgO 52 photons emitted 52 volumetrically 52 femtosecond timescale 52 quadratic 52 resonant tunneling 52 striatal 52 mesoscopic 52 quantum particles 52 irradiance 52 oscillatory 52 fluorophore 52 tetrahedron 52 antiproton 52 superpositions 52 interstitial fluid 52 dc voltage 52 potassium atoms 52 Brillouin 52 #ppm ° C 52 C#H# 52 emit photon 52 nanodot 52 antiferromagnets 52 monodisperse 52 voxels 52 oscillation amplitude 52 absorber layer 52 dinitrogen 52 osmotic pressure 52 Figure 1D 52 rho 52 tropospheric 52 spherically symmetric 52 hexose 52 micrometer scale 52 HRTEM 52 ligand receptor 52 ellipsoid 52 cosmic ray flux 52 isotherms 52 nonzero 52 cantilever deflection 52 mu m 52 Figs. 52 racemic mixture 52 Fig.2 52 oxygens 52 bistable 52 nanomesh 52 SNARE complex 52 substrate specificity 52 orthogonally 52 photodiode 52 PIN diode 51 van der Waals forces 51 nanolayers 51 YBCO 51 Bose Einstein condensate BEC 51 UV photons 51 voxel 51 spectra 51 F actin 51 semiconducting materials 51 photon absorption 51 CdS 51 Einstein equations 51 photomultiplier 51 polyaniline 51 lanthanum strontium 51 radiative 51 microwatt 51 #Ω [002] 51 regression coefficients 51 CMB photons 51 cathepsin B 51 tensor 51 superlattices 51 linear interpolation 51 photosystem II 51 spectroscopic techniques 51 rotational axis 51 polypeptide 51 electromotive force 51 intracellular pH 51 stilbene 51 gravitational redshift 51 Purkinje cell 51 photochemically 51 temperature coefficient 51 Fig. 1e 51 ferromagnetic materials 51 GaN nanowires 51 MoS2 51 silicon monoxide 51 annealing temperature 51 graphane 51 compressibility 51 crystal lattices 51 voltage divider 51 electron neutrino 51 Higgs bosons 51 vesicle fusion 51 superlens 51 alanine 51 antineutrinos 51 intrinsic viscosity 51 microwave frequencies 51 relativistic electrons 51 colocalization 51 Experimentally 51 vacuoles 51 phosphorus atoms 51 β galactosidase 51 nanopillars 51 van der Waals interactions 51 timebase 51 ellipsoidal 51 electrons 51 FRET 51 monolayer graphene 51 ferromagnets 51 Supplementary Figs 51 protein subunits 51 MQW 51 nucleotide substitutions 51 topologically 51 ^ sup -1 51 gold nanoclusters 51 millivolts 51 dye molecules 51 photobleaching 51 Fig. 4c 51 transporter proteins 51 fig. S# 51 branes 51 electromagnetically 51 kaons 51 hydrophobicity 51 strange quarks 51 desorbed 51 yttrium barium copper 51 calorimetric 51 ZPE 51 electron volt 51 x ray absorption spectroscopy 51 spectrally 51 deuterium atoms 51 peroxynitrite 51 equimolar 51 magnetic flux 51 CD# expression [001] 51 conformer 51 nucleotide sequences 51 electron affinities 51 fluorescence quenching 51 #.#nm [002] 51 linear polarization 51 Bose Einstein Condensate 51 cytochrome c oxidase 51 guanine nucleotide exchange 51 ferromagnetic 51 heterogeneous catalysts 51 diffusible 51 single photon detectors 51 filamentary 51 MWNT 51 optical wavelength 51 single photon detector 51 ultracold molecules 51 quantum superposition 51 thiol 51 C3b 51 supersaturation 51 topological insulator 51 coplanar 51 platinum Pt 51 collimators 51 χ 51 PbS 51 alpha particles 51 fig. S4 51 hydrogen atoms 51 polyhedra 51 forcings 51 ^ sub 51 nano particulate 51 azimuthal 51 Figure 4a 51 micromolar 51 UV lasers 51 silicon Si 51 rotational symmetry 51 apical membrane 51 chlorophyll molecules 51 operons 51 laser spectroscopy 51 thermal EMF 51 deformable mirror 51 rotaxanes 51 P3HT 51 ions 51 db db mice 51 laser pulses 51 cosmic ray particles 51 infrared photons 51 transmembrane 51 glutamate glutamine 51 bucky balls 51 supersolid 51 photon microscope 51 pmol 51 ionic conductivity 51 nematic 51 nuclides 51 quanta 51 vacuolar 51 longwave radiation 51 trigonometric functions 51 sorption 51 Fig. 1E 51 electrophilic 51 oxygen atom 51 photoactivation 51 uniformities 51 relaxivity 51 intermolecular interactions 51 sinusoid 51 cell organelles 51 epitaxial layer 51 dielectric constants 51 amplicon 51 sine waves 51 backscattered 51 Schrodinger equation 51 diffusive 51 nitride layer 51 sinusoidal 51 mT 51 scanning tunneling microscopy 51 valence 51 amino acid substitutions 51 NaOH 51 parasitic capacitance 51 magnetic monopole 51 isotope fractionation 51 RecA 51 optical wavelengths 51 N. benthamiana 51 polystyrene spheres 51 actin binding 51 Fig. 2D 51 spicule 51 monolayer 51 RNA strands 51 spectral measurements 51 pion 51 dimeric 51 fluorescence spectra 51 adiabatic 51 synaptic vesicles 51 threshold voltages 51 scintillator 51 high redshift galaxies 51 hexagonal lattice 51 MTT assay 51 ^ sup #m 51 atmospheric opacity 51 magnetized plasma 51 blackbody 51 dihydrogen 51 X ray pulses 50 dynamical evolution 50 neutralinos 50 isotopic compositions 50 atomic lattice 50 X ray scattering 50 backscattering 50 heterozygotes 50 phosphatase 50 parametrically 50 z = 50 Cytochrome 50 temporal variability 50 dimensionless 50 microtubes 50 endonuclease 50 #,# OH 50 lysates 50 mN 50 uracil 50 linearly polarized 50 fig. S7 50 superconducting coils 50 transistor amplifier 50 thyroglobulin 50 resonator 50 muons 50 dielectric layers 50 electric dipole 50 linearly polarized light 50 waveband 50 baryonic 50 histone modifications 50 mesoporous 50 graphite oxide 50 nanodroplets 50 quantum coherence 50 monotonically 50 disulfide 50 Bose Einstein condensates 50 ratiometric 50 thermodynamic properties 50 helium isotope 50 oppositely charged 50 photothermal 50 logarithmic scale 50 LiNbO3 50 proton proton 50 β actin 50 spectrographs 50 electrochemically 50 depolarized 50 PEDOT 50 echogenicity 50 AlN layer 50 crystallinity 50 glomerular 50 electron pairing 50 nanochannels 50 streptavidin 50 photon 50 Extracellular 50 quantum correlations 50 electron beams 50 cuprate superconductors 50 Rab5 50 unpaired electron 50 extracellular domain 50 multiferroic 50 superluminal 50 autocatalytic 50 nm spectral 50 radioligand 50 photodetector 50 nm excitation 50 photosystem 50 graphene membrane 50 nanobubble 50 caveolae 50 radiative cooling 50 mM NaCl 50 L1 L2 50 Tubulin 50 refractive index 50 axions 50 titania nanotubes 50 voltage outputs 50 transgene expression 50 honeycomb structure 50 amide 50 symmetries 50 hydrogenase 50 Diels Alder 50 Syt II 50 exocytosis 50 supramolecular 50 excitation wavelengths 50 psec 50 bilayers 50 micelle 50 fluorescent nanoparticles 50 stereochemistry 50 macromolecule 50 acoustic impedance 50 odorant molecule 50 illuminance 50 heterostructures 50 morphologies 50 polymer membranes 50 r2 = 50 elastic modulus 50 synaptic cleft 50 arbitrary waveforms 50 electrospray 50 z axis 50 B mesons 50 ferro electric 50 subwavelength 50 endocytic 50 multivariable analysis 50 variably sized 50 strontium atoms 50 GaP 50 titin 50 biotinylated 50 Mg Ca 50 monochromator 50 biomolecule 50 g cm 50 nanoparticle arrays 50 nanohorns 50 ring resonators 50 Drosophila embryos 50 emits photons 50 guanosine 50 CdSe 50 photoluminescence 50 perovskites 50 Photosystem II 50 vanadium oxide 50 Young modulus 50 collimated 50 Figure 1b 50 kD 50 pyroelectric 50 brain parenchyma 50 electron bunches 50 PDZ domain 50 subnetworks 50 #m Tc 50 di GMP 50 amyloid peptides 50 photon beam 50 superconducting electrons 50 globular proteins 50 N acetyl 50 magnetic coupling 50 globin genes 50 beamsplitter