Related by context. All words. (Click for frequent words.) 75 meV 71 m z 71 keV 70 Fig. 3b 69 linewidth 69 Fig. 1c 68 photoemission 68 cm -2 68 electron density 67 Fig. 2c 67 absorption spectra 67 Figs. 67 Fig. 1a 67 Fig. 2A 67 fig. S2 66 GPa 66 σ 66 kcal mol 66 z = 66 ε 66 mT 66 resonance frequency 66 Fig. 3B 66 λ 66 anisotropy 66 cm -3 66 photon energies 65 γ 65 photoluminescence 65 Fig. 2B 65 Fig. 2b 65 dipole moment 65 dI dV 65 dipolar 65 FWHM 65 Å -1 65 Supplementary Fig 65 μm wavelength 65 Fig. 1A 65 SiO 2 65 fig. S1 65 absorbance 64 Fig. 1B 64 Mpc 64 conductance 64 mu m 64 circular dichroism 64 Fig. 2a 64 kD 64 Fig. 4a 64 Fig. 64 quasiparticle 64 velocity dispersion 64 μm 64 τ 63 arcsec 63 Fig. 3A 63 Fig. 1b 63 photocurrent 63 kDa 63 nm wavelength 63 absorption coefficient 63 cm ^ sup 63 MeV 63 ω 63 fluorescence intensity 63 Raman spectra 63 Fig. 3c 63 Fig. 2C 63 inhomogeneous 63 orbitals 62 δ 62 nT 62 magnetization 62 fluorescence emission 62 Fig. 4c 62 Fig. 1D 62 chromatogram 62 phonon 62 η 62 oscillation frequency 62 #mV V 62 intramolecular 62 delocalized 62 isotropic 62 chromophore 62 Fig. 4B 62 surface plasmon resonance 62 Fig. 1C 62 Brillouin zone 62 Fig. 1E 62 birefringence 62 infrared spectral 62 μm diameter 62 Si substrate 62 fs pulses 61 Josephson junction 61 fig. S6 61 dispersive 61 spectra 61 passband 61 Supplementary Figs 61 infrared wavelength 61 polariton 61 μV 61 amplitudes 61 microcavity 61 arcseconds 61 bilayer graphene 61 microcavities 61 Figure 1A 61 nm excitation 61 vibrational modes 61 Raman scattering 61 inhomogeneities 61 InAs 61 hyperfine 61 epitaxial layer 61 #.#nm [002] 61 bandgap 61 synthetic aperture 61 pn junction 61 Figure 1C 60 plasmon 60 Fig. 2d 60 CdSe 60 sidebands 60 pN 60 Eq. 60 -# mV [001] 60 2dB 60 z ~ 60 tetragonal 60 fig. S3 60 arcmin 60 photoelectron 60 #μm [002] 60 mV V 60 perovskite 60 Fig. 3a 60 picosecond 60 adsorbate 60 ps nm 60 angstroms 60 DFT calculations 60 6nm 60 antiferromagnetic 60 visible wavelengths 60 μM 60 analyte 60 GeV 60 cm ² 60 exciton 60 Fig. 4b 60 1μm 60 SDS PAGE 60 picoseconds 60 ms -1 60 crystallinity 60 mK 60 2nm 60 shear modulus 60 ZnSe 60 luminosities 60 arcsecond 59 monolayer graphene 59 surface plasmon 59 bandgaps 59 microlens 59 ferromagnet 59 COOH 59 arcminutes 59 Young modulus 59 -1 ^ 59 isomeric 59 emission spectra 59 NWs 59 macrocycle 59 femtogram 59 antiparallel 59 IR wavelengths 59 Schottky barrier 59 ^ sup -1 59 echogenicity 59 Fig. 4A 59 dielectric constant 59 #.#dB [003] 59 nonlinearities 59 redshifts 59 coercivity 59 resonant frequencies 59 micron wavelength 59 diffraction pattern 59 micrometre 59 amide 59 dB insertion loss 59 diffusion coefficients 59 α 59 Coulomb blockade 59 redshift 59 dipoles 59 cytokeratin 59 bandpass 59 kΩ 59 θ 59 ARPES 59 magnetisation 59 frequency harmonics 59 #.#nm [001] 59 diffracted 59 valence band 59 linearly polarized 59 electron pairs 59 Fig. 3C 59 chromite grains 59 transmembrane 59 T2 weighted images 59 Figure 1a 59 oxyhemoglobin 58 Fig. 1e 58 SiO 58 martensite 58 excitation 58 diffraction 58 figs. 58 φ 58 5μm 58 1kHz 58 waveband 58 X ray pulses 58 eclogitic 58 microvolts 58 electronvolts 58 UV wavelengths 58 #μm [001] 58 MWNT 58 emission wavelength 58 #nm #nm [001] 58 resonant frequency 58 Fig. 1d 58 CuO 58 periodicities 58 gate electrode 58 β 58 linewidths 58 electron tunneling 58 Supplementary Table 58 nonlinearity 58 magnon 58 CMOS transistors 58 electrical resistivity 58 micromolar 58 carboxylic acid 58 resonance frequencies 58 gaussian 58 uniaxial 58 linkage disequilibrium 58 parasitic capacitance 58 circularly polarized 58 photolysis 58 crystallites 58 galactic disk 58 subwavelength 58 supercurrent 58 metallicity 58 silicon atoms 58 undoped 58 isotherm 58 YBCO 58 wavefront distortion 58 kelvin 58 ssDNA 58 spectral bands 58 SAXS 58 DGGE 58 κ 58 kpc 58 BPSK 58 azimuthal 58 nMOS 58 linearized 58 μH 58 electron volt 58 Fourier transform 58 PIN diode 58 5nm 58 porphyrin 58 protonated 58 nanoribbon 58 backscattered 58 Nernst 58 dimers 58 GaN layer 57 Mott insulator 57 isotherms 57 magnetoresistance 57 harmonic suppression 57 nanomesh 57 vanadate 57 x ray scattering 57 Figure 2C 57 poly L lysine 57 yr -1 57 compressive stress 57 cuprate 57 GaP 57 SNe Ia 57 phototransistors 57 H#K#me# 57 donor acceptor 57 fluorophore 57 sinusoid 57 sigmoid 57 photometry 57 Bragg grating 57 van der Waals interactions 57 Yb 57 shorter wavelengths 57 √ Hz 57 fA 57 anion 57 interconversion 57 detuning 57 diffraction grating 57 Khz 57 #Ω [002] 57 oxide thickness 57 intermolecular 57 inhomogeneity 57 directivity 57 kVp 57 ferroelectricity 57 fig. S4 57 ν 57 QDs 57 hysteresis loop 57 hyperintensity 57 dipole 57 trimers 57 Doppler shifts 57 depolarization 57 molecular orbitals 57 micrometer scale 57 colocalization 57 supernova SN 57 photodiode 57 MnO 57 ultraviolet wavelengths 57 micrograph 57 mrad 57 KHz offset 57 femtoseconds 57 stoichiometry 57 electron doped 57 electrophoretic 57 elastic modulus 57 spectral 57 diffraction patterns 57 dephasing 57 irradiance 57 P3HT 57 1nm 57 W mK 57 post perovskite 57 vibrational frequency 57 electron mobility 57 heterostructure 57 NMR spectra 57 transconductance 57 tropospheric 57 photon absorption 57 globular proteins 57 optical wavelengths 57 electron scattering 57 ellipsoids 57 capacitances 57 electroluminescence EL 57 femtosecond pulses 57 attoseconds 57 tensile stress 57 collinear 57 biaxial 57 kT 57 inelastic scattering 57 interfacial tension 57 2μm 57 fig. S5 57 cadherin 56 refractive index 56 diffract 56 #.#μm [001] 56 chemiluminescence 56 meson 56 magnetic excitations 56 phototransistor 56 ZnO nanowires 56 Fe Mg 56 g cm 56 T1 weighted 56 J# +# [002] 56 #ppb Au [002] 56 deformable mirror 56 polypeptide chain 56 infrared wavelengths 56 bosonic 56 enthalpy 56 μg ml 56 TUNEL 56 mJ 56 z axes 56 frequency modulation 56 monomeric 56 transmittance 56 valence electron 56 rRNA 56 ° sec 56 fluorophores 56 heterostructures 56 olivines 56 amplitude modulation 56 silicate dust 56 ParBERT 56 #ppb gold 56 ridge waveguide 56 Dirac fermions 56 punctate 56 nonlinear optical 56 copper oxide superconductors 56 #nm wavelength [001] 56 fibrillar 56 heterojunctions 56 steric 56 unpolarized 56 photon flux 56 nsec 56 #OHD 56 5kHz 56 HRTEM 56 annealing temperature 56 magnetic dipole 56 ring resonator 56 #cm [001] 56 oscillation 56 electron diffraction 56 Figure 2a 56 excitations 56 catechol 56 polaritons 56 μs 56 x ray beam 56 LiNbO3 56 μm thick 56 millivolts 56 diffractive 56 -# mV [002] 56 submicrometer 56 silicon nanowire 56 toroid 56 tau neutrino 56 -3 dB 56 nm wavelengths 56 hypointense 56 nanomolar 56 mesoscopic 56 IP chargeability 56 nanometric 56 collimated 56 parasitic capacitances 56 thermodynamic equilibrium 56 Lorentzian 56 micrometre sized 56 rms jitter 56 excitonic 56 lowermost mantle 56 epoxide 56 tetramer 56 photoionization 56 demodulated 56 baryon 56 conductivities 56 bandpass filter 56 psec 56 modulus 56 compressional 56 cyclization 56 QCLs 56 m 56 tropopause 56 dielectric layer 56 transmembrane domain 56 disulfide bond 56 gigapascals 56 ρ 56 amplitude 56 thermal EMF 56 paramagnetic 56 #.#Hz 56 silicon waveguide 56 N acetyl 56 Bose Einstein Condensate 56 weakly interacting 56 ZrO 2 56 quasicrystal 56 granitoids 56 micron diameter 56 advanced argillic alteration 56 Mg Fe 56 molecules adsorbed 56 monochromator 56 photon emission 56 dopant 56 μS 56 platinum Pt 56 mRNA expression 56 bilayer 56 millidarcies 56 thermal conductance 56 interferogram 56 nonequilibrium 56 photomultiplier tubes 56 evanescent waves 56 phosphorus atom 56 valine 56 6GHz 56 GRB# 56 pyrope garnets 56 pMOS 56 photonic crystal 56 electronic excitations 55 kilobases 55 refractive indices 55 schwannomas 55 polarization multiplexed 55 dimeric 55 mN 55 radiative 55 heterojunction 55 PbS 55 lanthanum aluminate 55 alkane 55 oligomer 55 endonuclease 55 FeO 55 diene 55 Nd 55 χ 55 sine wave 55 ellipsoid 55 μS cm 55 anthracene 55 GAPDH 55 ciliated 55 diffusivity 55 dimer 55 isomers 55 characteristic impedance 55 collagen fibrils 55 metastable 55 perturbation theory 55 surface plasmon polaritons 55 nm spectral 55 magnesium ion 55 Shutter speeds 55 Ytterbium 55 quantum oscillations 55 mV 55 Schematic diagram 55 excitation wavelengths 55 ^ sup 55 translationally 55 Michelson interferometer 55 THz 55 multiphoton 55 superlattice 55 r2 = 55 #nm laser [001] 55 COOH terminal 55 pulse durations 55 icosahedral 55 photobleaching 55 #.#kHz [001] 55 #pF [001] 55 μW 55 intracavity 55 permittivity 55 spectrally 55 conformer 55 moonlet 55 diffusive 55 THz radiation 55 picomolar 55 vibrationally excited 55 spectroscopic technique 55 #.# MHz [002] 55 #nm #nm [002] 55 magnons 55 absorption spectroscopy 55 pentacene molecule 55 intraepithelial 55 photon counting 55 superposed 55 spectral measurements 55 redshifted 55 wavelength 55 histidine 55 lattice mismatch 55 sodium atoms 55 Figure 1D 55 wavefunction 55 input impedance 55 sulfur atoms 55 cantilever deflection 55 intergenic 55 histone H3 55 hypoechoic 55 W/cm2 55 nmol 55 pmol 55 z axis 55 photon detection 55 ppbv 55 nM 55 B meson 55 diffracting 55 horizontal polarization 55 luma 55 supersolid 55 hydrophobic interactions 55 nanorod 55 electrical conductance 55 Myr 55 unmethylated DNA 55 abundant quartz veining 55 FDG uptake 55 silicon waveguides 55 quantization noise 55 cellularity 55 beta gamma 55 Oph 55 mm ^ sup 55 #mΩ [001] 55 atmospheric CO 55 microwave frequencies 55 ± #ppm [001] 55 breakdown voltages 55 ultraviolet wavelength 55 nucleotide sequences 55 J Biol Chem 55 blackbody 55 helicity 55 ligand receptor 55 helium nuclei 55 cuprates 55 capacitive coupling 55 -# dBm [001] 55 Kelvins 55 indel 55 uracil 55 fermion 55 Figure 4a 55 MWIR 55 spectral characteristics 55 sulfate aerosol 55 CdS 55 OSNR 55 AlN layer 55 phospho 55 wavelength tunable 55 micron thick 55 heterozygotes 55 m ^ sup 55 circumstellar disk 55 redox sensitive 55 palladium Pd 55 picometer 55 #nm #nm [003] 55 sulfur dioxide SO 55 inductances 55 LWIR 55 autocorrelation 55 superlens 55 amino acid residues 55 galaxy redshift 55 Î ¼ 55 terahertz THz 55 immunoreactivity 55 adiabatic 55 microwatt 55 #.#um [001] 55 millimeter wavelength 55 3' 55 constellation Centaurus 55 eigenvalues 55 relaxivity 54 hydrated electron 54 sigmoidal 54 threshold voltages 54 magnetic susceptibility 54 substituents 54 F actin 54 leakage currents 54 ferric oxides 54 temperature coefficients 54 phosphatidylinositol 54 monotonically 54 ± #.#dB 54 serum homocysteine 54 immunostaining 54 dipole dipole 54 autoregulation 54 vibrational spectroscopy 54 cobalt atom 54 dBFS 54 wildtype 54 polarimetry 54 mm ² 54 amplitude modulated 54 ppm Pb 54 eclipsing binary 54 superior temporal gyrus 54 picometers 54 thermally activated 54 Nd YAG 54 3nm 54 ug mL 54 bistability 54 QPSK 54 proximally 54 KHz 54 voltage divider 54 filamentary 54 waveguide 54 pentacene 54 wavelengths 54 heavy fermion 54 macroscopically 54 Angstroms 54 Auger recombination 54 electrons orbiting 54 sine waves 54 Fabry Perot 54 synchrotron emission 54 cm sec 54 titania 54 microvolt 54 Kodak KAI 54 colloidal crystals 54 interferometric 54 reflectometry 54 MEK1 54 nanometers nm 54 Fourier transform infrared spectroscopy 54 nucleotide 54 site directed mutagenesis 54 adsorbed 54 spectroscopic analysis 54 pulsed lasers 54 nanosecond pulses 54 #.#GHz [001] 54 photoactivation 54 ultrasonic vibrations 54 corona discharge 54 magnetic lineaments 54 nonoverlapping 54 kg/m3 54 layer graphene 54 X ray wavelengths 54 stellar occultation 54 synchrotron X ray 54 Downlink frequency 54 excitation energies 54 homopolymer 54 dBc 54 amino acid substitutions 54 methoxy 54 gigahertz GHz 54 extracellular domain 54 dielectric layers 54 hexamers 54 pyrimidine 54 dc voltage 54 TIMP 1 54 cd m 54 diffusion coefficient 54 auroral 54 laser excitation 54 Interferometric 54 nematic 54 metaphase 54 passive matrix 54 C# fullerenes 54 Terahertz radiation 54 ZnO 54 MHz UHF 54 anomalous dispersion 54 helices 54 polarimetric 54 PIN photodiode 54 delta sigma 54 frequency synthesizer 54 nucleons 54 dopants 54 high redshift galaxies 54 isotope fractionation 54 laminae 54 linearly polarized light 54 terahertz radiation 54 #nm laser [002] 54 thiol 54 operon 54 AGNs 54 Encke gap 54 pmol L 54 mmol 54 SWNT 54 anticyclonic 54 submillimeter 54 PIN diodes 54 scanning microscopy 54 nuclide 54 tensile strain 54 mA output 54 impedances 54 solvation 54 crystal lattices 54 2kHz 54 heterochromatic 54 DEV DA TOMAR NEXT 54 radioligand 54 ,#,# [002] 54 #.#dB [002] 54 thyroglobulin 54 cM 54 mosfet 54 SiO2 54 polycystin 54 helium atoms 54 adenylyl cyclase 54 Ca2 + 54 magnetic flux 54 ectodomain 54 rubidium vapor 54 uM 54 vesicle fusion 54 MOS transistors 54 differential quadrature phase 54 coiled coil 54 MWCNT 54 coexpression 54 quadratic 54 Schematic representation 54 ohm cm 54 complexation 54 EIRP 54 quartz adularia veins 54 resonant tunneling 54 temperature coefficient 54 nH 54 mitochondrial membrane potential 54 longwave 54 avalanche photodiode 54 cementite 54 deoxy 54 tonalite 54 submillimetre wavelengths 54 electrons emitted 54 Molybdenum mineralization 54 gamma ray emission 54 Gly 54 dielectric materials 54 rotaxane 54 photodetector 54 conductivity 54 chromosphere 54 cesium atom 54 ultraviolet laser 54 optical spectra 54 isoenzyme 54 kHz frequency 54 μmol L 54 ^ sub 54 monodisperse 54 resonators 54 sitosterol 54 doped silicon 54 protein tyrosine phosphatase 54 UV absorbance 54 Fig. 4C 54 fluxes 54 timebase 54 friction coefficients 54 #um [002] 54 isoprostane 54 Raman spectroscopic 54 heterogeneities 54 HT 2A 54 optical waveguides 54 trabeculae 54 magnetotail 54 phenylene 54 airglow 54 z ^ 54 circularly polarized light 54 ppm Cu 54 isotopic compositions 54 photon fluorescence 54 single photon detectors 54 0V 54 semiconductor nanowires 54 lightwaves 54 AlGaAs 54 optical modulator 54 nebular 54 induced fluorescence 54 cysteines 54 strange quark 53 oscillation amplitude 53 Fig. 3d 53 subthreshold 53 ref. 53 ^ sup #m 53 nanobubble 53 pseudogap 53 substrate specificity 53 spatially resolved 53 covalent bond 53 dinucleotide 53 #S rRNA 53 X ray emission 53 kinase domain 53 tensor 53 tau neutrinos 53 fluorescently tagged 53 MHz bandwidth 53 martensitic 53 output impedance 53 pulse widths 53 Annexin V 53 eddy currents 53 fluorescence spectra 53 chromatograms 53 vanadium oxide 53 dB compression 53 inferior frontal 53 amperometric 53 #degreesC 53 MHz horizontal 53 ionization mass spectrometry 53 conduction electrons 53 array transducer 53 thermal gradients 53 variable resistor 53 thermally induced 53 Confocal microscopy 53 nanometer wavelength 53 immunofluorescence 53 pyrope 53 fluorescence excitation 53 homodimer 53 milliohm 53 emitted photons 53 FRET 53 femtosecond pulse 53 RPA# 53 #dB SFDR 53 optical spectrum analyzer 53 gadolinium Gd 53 powder diffraction 53 x ray diffraction 53 J#.# [001] 53 x ray absorption spectroscopy 53 terahertz frequencies 53 ERalpha 53 ferroelectric 53 hematoxylin 53 occludin 53 aggrecan 53 -6 dB 53 dichroic 53 quinone 53 mesoporous 53 X ray absorption spectroscopy 53 nanosecond pulse 53 chemisorption 53 ± #ppm [002] 53 optically pumped 53 angstrom resolution 53 SST anomalies 53 PSMs 53 Figure 1b 53 stilbene 53 backscattering 53 heterodyne 53 Josephson junctions 53 lowpass filter 53 pentlandite 53 fluorescence 53 desorbed 53 transfer FRET