Related by context. All words. (Click for frequent words.) 65 dipole moment 65 supercontinuum generation 65 Nernst 64 resonant frequencies 64 velocity dispersion 64 Mott insulator 64 dipolar 64 hyperfine 64 enthalpy 63 oscillation frequency 63 helicity 63 #.#nm [002] 63 resonance frequency 63 isomeric 62 perturbation theory 62 polariton 62 fluorescence intensity 62 polaritons 61 saturable 61 quasiparticle 61 photoelectron spectroscopy 61 sub picosecond 61 magnetization reversal 61 excitonic 61 θ 61 photoemission 61 photolysis 61 Dirac fermions 61 Vdd 61 elastic modulus 61 plasmon 61 lattice vibrations 61 nanometric 60 mesoscopic 60 photon flux 60 electromagnetic flux 60 absorption spectroscopy 60 dephasing 60 powder diffraction 60 absorption spectra 60 linewidth 60 nonequilibrium 60 synthetic aperture 60 microcavities 60 equilibration 60 kcal mol 60 quantum coherence 60 paramagnetic 60 quantum superposition 60 laser excitation 60 decoherence 60 5nm 60 inelastic scattering 60 fs pulses 60 thermally induced 60 macrocycle 60 THz radiation 60 absorption coefficient 60 nonzero 60 thermally activated 60 bistability 60 adiabatic 60 diffusive 59 coexpression 59 vibrationally excited 59 linearly polarized 59 quantum oscillations 59 impedance measurements 59 threshold voltages 59 photon energies 59 leakage currents 59 circular dichroism 59 cosmic ray flux 59 electron tunneling 59 antiferromagnetic 59 stoichiometry 59 intramolecular 59 heterodyne 59 photoionization 59 thermodynamically stable 59 nanomesh 59 thermal gradients 59 radiative cooling 59 Terahertz radiation 59 nonlinearities 59 ε 59 synchrotron emission 59 microcavity 59 emission wavelength 59 CMOS fabrication 59 eigenvalues 59 photocurrent 59 cesium atom 59 metastable 59 τ 59 antiparallel 59 capacitive coupling 59 coplanar 59 copper oxide superconductors 59 Fig. 2A 59 Fig. 3b 59 pulse widths 59 tetragonal 59 magnon 59 photon detection 59 electron density 59 microwatt 59 ferromagnetic materials 59 thermal equilibrium 59 QCLs 59 superluminal 59 photochemical reactions 59 6nm 58 electrochemical capacitors 58 ARPES 58 magnetic coupling 58 magnetic excitations 58 frictional heating 58 meV 58 κ 58 osmotic pressure 58 stoichiometric 58 quantum correlations 58 gravitational acceleration 58 electron diffraction 58 electron pairs 58 oscillation amplitude 58 tropospheric 58 spectral density 58 dispersive 58 planar waveguide 58 martensite 58 terahertz frequencies 58 electronic excitations 58 photon counting 58 synchrotron X ray 58 cavity QED 58 morphogen 58 fluorescence emission 58 fig. S6 58 ionic conductivity 58 femtosecond pulses 58 Fig. 2b 58 longwave radiation 58 helium atom 58 oscillator frequency 58 particle acceleration 58 thermal conduction 58 etalon 58 bosonic 58 advection 58 X ray pulses 58 γ 58 austenite 58 solvent evaporation 58 quantum particle 58 reactant 58 magnetic dipole 58 supercooled liquid 58 mosfet 58 micrometer scale 58 capacitively coupled 58 UV photons 58 isotherms 58 calorimetric 57 excitation 57 electroluminescence 57 gravitational redshift 57 chemiluminescence 57 fluorescence quenching 57 photon absorption 57 isotropic 57 photoelectron 57 InAs 57 epitaxial layer 57 electromotive force 57 diffusion coefficients 57 fig. S2 57 MOS transistors 57 depolarized 57 inhomogeneous 57 weakly interacting 57 stimulated emission 57 chemical kinetics 57 manganite 57 mT 57 magnetization 57 conductivities 57 rotaxanes 57 spin precession 57 crystallinity 57 convective heat 57 monodisperse 57 wavelength tunability 57 Fig. 4A 57 chlorophyll fluorescence 57 nanosecond pulse 57 #degreesC 57 neutron flux 57 backscattered 57 GaN layer 57 electrospray ionization 57 topological defects 57 5μm 57 oscillatory behavior 57 NMR spectra 57 graphene transistor 57 bioelectrical 57 PID controller 57 lasing 57 QDs 57 observability 57 ω 57 evanescent waves 57 Fig. 1c 57 SQUIDs 57 Fig. 4a 57 multicell 57 beta gamma 57 photomultiplier tubes 57 cuprate superconductors 57 AlGaN GaN 57 bistable 57 ultracold molecules 57 λ 57 sodium atoms 57 Fig. 1a 57 Doppler shift 57 thermodynamic properties 57 FWHM 57 circularly polarized 57 MeV 57 wavefunction 57 vesicle fusion 56 collimated 56 annealing temperature 56 pMOS 56 excitations 56 uniaxial 56 millimeter wavelength 56 nonpolar 56 subwavelength 56 Fig. 1A 56 Schrödinger equation 56 semiconducting nanowires 56 transduction 56 sine wave output 56 fig. S1 56 superconducting qubit 56 demodulated 56 superposed 56 fermion 56 heavy fermion 56 diffraction pattern 56 interphase 56 equilibrated 56 ratiometric 56 anomalous dispersion 56 photoconductive 56 figs. 56 chemisorption 56 cuprate 56 σ 56 piezo actuator 56 nanolaser 56 blackbody 56 Boltzmann constant 56 vibrational modes 56 wavefronts 56 cm -3 56 photon fluorescence 56 transgene expression 56 non linearities 56 linear interpolation 56 Si substrate 56 amplitudes 56 thermal conductance 56 dI dV 56 cm ² 56 reaction kinetics 56 Bose Einstein condensates 56 self assembled monolayer 56 valence electron 56 highly collimated 56 van der Waals interactions 56 photon beams 56 compressive strain 56 tunable filters 56 TappingMode 56 isotherm 56 #.#nm [001] 56 silicon waveguide 56 directivity 56 corona discharge 56 oscillatory 56 submicrometer 56 photosystem II 56 ion traps 56 cosmic ray particles 56 qubit quantum 56 phonon 56 Fabry Perot 56 heterojunctions 56 Fig. 1D 56 vorticity 56 gaussian 56 stereochemical 56 cm -1 56 neutrino oscillation 56 diffusible 56 fig. S5 56 atomic lattice 56 linearized 56 magnetically coupled 56 resonant cavity 56 Alfven waves 56 tokamaks 56 ultraprecise 56 thermally stable 56 spatial coherence 56 transconductance 56 GaP 56 fig. S4 56 voltage divider 56 radiative transfer 56 Rayleigh scattering 56 birefringence 56 resonant tunneling 56 toroids 56 supersolid 56 radiative 56 1μm 56 optical resonator 56 shear modulus 56 frequency harmonics 56 mK 56 lasing wavelength 56 invariance 56 MWNT 56 Mosfet 56 antibody antigen 56 passband 56 Fourier transform 56 chemically reactive 56 Alien Crosstalk 56 bandgap 56 Josephson junction 56 PXI module 56 tomographic 56 ohmic 56 asymptotic 56 multiphoton 56 spectral purity 56 ionise 56 vibrational frequency 56 topological insulators 56 #.#Hz 56 fluorescence excitation 56 correlated electron 56 electron bunches 56 electron transistor 56 superconducting qubits 56 Fig. 2a 56 delocalized 56 GAPDH 56 fluid viscosity 56 unpolarized 55 colocalization 55 Perkinamine 55 donor acceptor 55 diatomic 55 HEMTs 55 Schrodinger equation 55 SDS PAGE 55 2dB 55 wavelet transform 55 Fig. 3a 55 rubidium vapor 55 cryogenic temperatures 55 Alternative splicing 55 electron scattering 55 dynamical evolution 55 helium atoms 55 tunable optical 55 metallic nanostructures 55 porous membrane 55 magnetisation 55 dielectric layer 55 backscattering 55 lipid bilayer 55 electro magnetically 55 actin filament 55 mV V 55 nonlinearity 55 experimentally demonstrated 55 undoped 55 electro optic plastics 55 scanning tunneling microscopy 55 #μs [002] 55 millimeter wavelengths 55 frequency modulation 55 ρ 55 magnetostrictive 55 #ppm ° C 55 nonlinear optical 55 MTT assay 55 Fig. 1b 55 input impedance 55 diffusion coefficient 55 irradiance 55 cryogenically cooled 55 hypersonic speeds 55 SiON 55 supercurrent 55 nanoscale patterning 55 Mercury magnetosphere 55 lowermost mantle 55 photodetector 55 Figure 1b 55 absorbance 55 supersonic combustion 55 Fig. 1C 55 parasitic capacitance 55 KaiC 55 deconvolution 55 Figure 2a 55 detuning 55 electrical conductance 55 Schematic representation 55 cementite 55 superpositions 55 Fig. 2B 55 excitons 55 heterogeneous catalysts 55 enzyme kinetics 55 kinematic viscosity 55 NBTI 55 lattice parameter 55 airglow 55 ultracold temperatures 55 surface plasmon 55 Fig. 1d 55 quantum mechanically 55 hyperpolarization 55 antineutrino 55 catalytically active 55 chalcogenide 55 Indium Phosphide 55 MEMS gyroscope 55 chip optical interconnects 55 timebase 55 capacitive sensor 55 resonance frequencies 55 arbitrary waveforms 55 asymptotically 55 1kV 55 ab initio calculations 55 precess 55 helium ions 55 pentacene molecule 55 QTOF 55 epitaxial layers 55 EBNA1 55 Model #A 55 lightwave 55 Ascentis Express 55 terahertz waves 55 permittivity 55 DFT calculations 55 azimuthal 55 lowpass filter 55 inhomogeneity 55 bismuth telluride 55 cyclization 55 unconventional superconductivity 55 superlattice 55 quantum capacitance 55 multiwavelength 55 -# ° C [001] 55 sensor actuator 55 gelation 55 DUTs 55 interconversion 55 pn junctions 55 #nm laser [001] 55 photometry 55 FT ICR 55 baryonic 55 bilayer graphene 55 microampere 55 bipolar transistors 55 ν 55 translationally 55 dissipative 55 μW 55 Bose Einstein condensation 55 dc voltage 55 reactants 55 adsorbate 55 intracellular pH 55 sinusoidal 55 hysteresis loop 55 cantilever deflection 55 depolarization 55 x ray beam 55 relativistic particles 54 Raman scattering 54 nm spectral 54 demodulate 54 HRTEM 54 polarized electrons 54 exciton 54 eukaryotic cell 54 superlattices 54 Annexin V 54 diurnal cycle 54 RO membrane 54 stripline 54 SOI CMOS 54 ferromagnet 54 linear amplifiers 54 1nm 54 picoseconds ps 54 solvation 54 colloidal particles 54 Alfvén waves 54 sub Angstrom 54 photoactivation 54 orbital angular momentum 54 infrared laser beam 54 Fractional N 54 isobaric 54 EIRP 54 pulsed laser beam 54 interferometric 54 interferometers 54 CFD modeling 54 toroid 54 collinear 54 emission spectra 54 photobleaching 54 piezoresistive 54 silicon nanowire 54 GeV 54 anisotropy 54 RFMD GaN 54 fluorescence polarization 54 electrochemical reactions 54 Rydberg atom 54 frequency synthesizer 54 nonoverlapping 54 superior heat dissipation 54 carbon nanotube CNT 54 Bose Einstein Condensate 54 Supplementary Fig 54 Josephson junctions 54 nanostructuring 54 magnetic anisotropy 54 Fig. 4b 54 anisotropic 54 beam splitter 54 jovian 54 φ 54 fermionic atoms 54 electron ion 54 nanomembranes 54 Fig. 3A 54 μm diameter 54 magnetosomes 54 microchannel 54 filamentary structure 54 spectral measurements 54 intracavity 54 Fig.1 54 impedances 54 InSb 54 self assembled monolayers 54 5V CMOS 54 boron nitride 54 ATP hydrolysis 54 supramolecular assembly 54 ± #.#dB 54 extraterrestrial UFOs 54 nematic 54 birefringent 54 microRNA molecule 54 epoxide 54 strange quark 54 nMOS 54 optical excitation 54 emitted photons 54 ATRP 54 iron arsenide 54 BPSK 54 excitation energies 54 HM Cancri 54 Fiber Bragg Grating 54 intermodulation distortion 54 vanadium dioxide 54 ionisation 54 deformable mirror 54 +# dBm output 54 bandgaps 54 ferroelectrics 54 ionised gas 54 nonlinear optics 54 microwave frequencies 54 lattice QCD 54 dielectrophoresis 54 autoregulation 54 electrodynamic 54 Bose Einstein condensate BEC 54 quartz crystal oscillator 54 diffraction grating 54 thermodynamic 54 orbital resonance 54 magnetic permeability 54 narrow linewidth 54 SAXS 54 #oC [001] 54 infrared spectral 54 heterostructure 54 martensitic 54 electromagnetic radiations 54 orbitals 54 silicide 54 bottomhole pressure 54 terahertz THz 54 photomultiplier 54 extrasolar planetary 54 phonon scattering 54 functionalization 54 polarimetric 54 hydroxylation 54 SWCNT 54 Nova NanoSEM 54 CdSe 54 ultracold 54 deuterated 54 proton decay 54 #.# MHz [002] 54 invariant 54 supercritical fluid 54 EO polymer 54 aperiodic 54 dimensional electron 54 Mössbauer 54 circular polarization 54 modulated RF 54 dimensionless 54 temperature coefficients 54 CCD detector 54 recrystallization 54 input capacitance 54 perpendicular magnetic 54 frequency transducers 54 relaxivity 54 ECVT 54 quantized 54 Schematic illustration 54 optical sectioning 54 Raman spectra 54 magnetoresistance 54 phototransistors 54 electrochemical sensor 54 magnetospheric 54 nitride semiconductor 54 transferase 54 chlorosome 54 indium gallium nitride InGaN 54 fig. S7 54 JFET 54 RF transistors 54 submicron 54 quasicrystal 54 fast Fourier transform 54 4mA 54 neutron radiation 54 inhomogeneities 54 -# ° [002] 54 semiconductor nanowires 54 elastic moduli 54 reflectometry 54 1mA 54 Schottky barrier 54 FTIR spectroscopy 53 superconductive materials 53 instrumentation amplifier 53 String theory 53 harmonic oscillator 53 distribution QKD 53 terahertz frequency 53 ATP synthase 53 microfluidic channels 53 chemical reactivity 53 F actin 53 geometries shrink 53 Coulomb blockade 53 electron mobility 53 nanomechanical 53 transfected cells 53 perovskite 53 heterojunction 53 nonthermal 53 Auger recombination 53 binding affinities 53 valence band 53 ultracold atoms 53 WS CRDS 53 cryostat 53 femtogram 53 stochasticity 53 Bessel beam 53 ligand receptor 53 MRFM 53 hydroxide ions 53 diffracted 53 thermodynamically 53 vanadate 53 soliton 53 quadrupole 53 single photon detectors 53 reflectance spectroscopy 53 Brillouin 53 nucleon 53 helium nuclei 53 z axis 53 Extracellular 53 thermal gradient 53 dopant 53 vortex shedding 53 periodicities 53 magnetron 53 neutrino mass 53 triangular lattice 53 photoluminescence 53 asymmetric catalysis 53 DS DBR 53 photothermal 53 quantum tunneling 53 MOS transistor 53 coupling capacitor 53 photons emitted 53 complexation 53 asynchrony 53 dopants 53 chemical functionalization 53 circumstellar disk 53 fig. S3 53 absolute TCR 53 NMR experiments 53 monochromators 53 neutrino oscillations 53 luminous flux 53 supersonic cruise 53 trimers 53 Bragg grating 53 nucleolar 53 gravitational radiation 53 toroidal 53 oscillation frequencies 53 osmolality 53 x ray pulses 53 photoemission spectroscopy 53 oxide semiconductor 53 amperometric 53 glomerulus 53 PWM signal 53 voltage #.#V 53 intermolecular 53 micromirror 53 oxygenic photosynthesis 53 Spectrum FHSS 53 Deg C 53 porphyrin 53 circumstellar 53 spallation 53 superposition 53 electro magnetic spectrum 53 DQPSK 53 interferometry 53 apoptosis pathway 53 insertional mutagenesis 53 radial velocity method 53 mobilities 53 sinusoid 53 electron proton 53 interparticle 53 η 53 silicate dust 53 conformational changes 53 boron atoms 53 infrared wavelength 53 rotational axis 53 microchannel plate 53 heterostructures 53 oligomerization 53 microwave photon 53 monochromator 53 μV 53 meridional flow 53 focal adhesions 53 emits photon 53 mercury cadmium telluride 53 photostability 53 solitons 53 thymocyte 53 reactance 53 electret 53 lithographic processes 53 viscoelastic properties 53 quadrature 53 #nm laser [002] 53 transmembrane 53 picosecond 53 GMSK 53 emit photon 53 Tunable 53 #ns [002] 53 concentration gradient 53 epitaxial graphene 53 tensile stress 53 thermal annealing 53 m z 53 cytolytic activity 53 impedance matching 53 ions electrically charged 53 electric dipole 53 charge compression ignition 53 electrospray 53 2μm 53 carrier mobilities 53 observables 53 processive 53 microlens 53 optical modulator 53 phagocytosis 53 quantum cascade 53 Eq. 53 parasitic capacitances 53 optical wavelength 53 SFDR spurious free 53 glycolytic 53 SOFC stacks 53 orbital inclination 53 photodiode array 53 SUSY 53 downconverter 53 magnetic nanoparticle 53 physiological pH 53 transimpedance amplifier 53 polypeptide chain 53 ultraviolet wavelengths 53 mesoscale 53 interstitial fluid 53 xenon lamp 53 Vps# 53 dimensional nanostructures 53 downwelling 53 heterochromatic 53 nanomotors 53 computational complexity 53 ionic currents 53 #GHz frequency 53 rheometer 53 optimality 53 CuO 53 dimeric 53 modulated signals 53 galvanic isolation 53 sidebands 53 dielectric breakdown 53 #dB attenuation 53 nanoribbon 53 electron spins 53 polyphase 53 Vcore 53 darkfield 53 coercivity 53 pulse durations 53 Sitrans 53 zener diodes 53 MWIR 53 multiscale 53 GPa 53 Lagrangian 53 crystal lattices 53 delocalization 53 J# +# [002] 53 radiative recombination 53 sigma delta 53 CMOS transistors 53 optomechanical 53 steric 53 binary asteroid 53 GaN HEMTs 53 GLUT4 53 trimeric 53 antiferromagnets 53 chalcogenide glass 53 FGF signaling 53 nonlinear dynamics 53 posttranslational modification 53 protonated 53 CMOS silicon 53 Fig. 3B 53 breakdown voltages 53 Western blotting 53 phototransistor 53 Sitrans LR# 53 frequency modulated 53 resonant frequency 53 Phased array 53 spectroscopic technique 53 spicule 53 Tc superconductors 53 #nm #nm [002] 53 photon pairs 53 X ray binaries 53 Michelson interferometer 53 temperature gradients 53 crystallites 53 PIN photodiode 53 -3 dB 53 F1 ATPase 53 tensor 53 infrared spectroscopic 53 analog circuitry 53 x ray optics 53 gluon 53 #um [002] 53 depolarizing 53 chlorine atom 53 analyte 52 site directed mutagenesis 52 physico chemical 52 substorm 52 μsec 52 nanopositioning 52 eutectic 52 electrostatic attraction 52 STMs 52 compressive stress 52 finite element method 52 diffusivity 52 CMOS ICs 52 #.#VDC 52 sub angstrom 52 circularly polarized light 52 magnetic reconnection 52 chromatographic 52 beryllium ion 52 rotaxane 52 ADXL# 52 electro optic modulator 52 characteristic impedance 52 sulfate aerosol 52 picoseconds 52 galactic disk 52 PIN diodes 52 emittance 52 thermodynamic stability 52 electron volt 52 thermal decomposition 52 test DUT 52 photochemical processes 52 Carbon nanotube 52 ultraviolet wavelength 52 micrometre scale 52 pore sizes 52 electroweak 52 gamma ray emission 52 photosystems 52 selectivities 52 ring resonator 52 oxyhemoglobin 52 monomeric 52 6S RNA 52 indium gallium arsenide InGaAs 52 propellant tanks 52 spatial multiplexing 52 adsorptive 52 interfacial 52 Ca2 + 52 optical microscopy 52 temperature coefficient 52 UV wavelengths 52 laser desorption 52 biphasic 52 mammalian brains 52 vibrational 52 colloidal nanocrystals 52 Phys. Rev. Lett 52 velocity vector 52 vertical cavity 52 microstructured 52 ablates 52 geoneutrinos 52 orbital velocity