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(Click for frequent words.) 75 oscillation frequency 75 resonant frequency 73 linewidth 72 amplitudes 72 dipole moment 71 vibrational frequency 71 oscillator frequency 69 nonlinearities 69 dephasing 69 photocurrent 68 resonance frequencies 68 resonant frequencies 68 gaussian 68 detuning 68 impedances 68 oscillation frequencies 68 emission wavelength 67 Nernst 67 fluorescence intensity 67 phonon 67 passband 67 enthalpy 67 absorption coefficient 67 #.#nm [002] 66 friction coefficients 66 input impedance 66 conductance 66 cm -1 66 cantilever deflection 66 θ 66 plasmon 66 fluorescence emission 66 meV 66 fluid viscosity 66 microvolts 66 Doppler shifts 66 sinusoid 66 Josephson junction 66 τ 66 photon energies 66 photoemission 66 2dB 65 PWM signal 65 temperature coefficients 65 electron density 65 mrad 65 sidebands 65 femtosecond pulses 65 amplitude 65 magnetisation 65 quantum mechanically 65 X ray pulses 65 isotropic 65 magnetization 65 nonlinearity 65 bandgap 65 electronic excitations 65 sine waves 65 Doppler shift 65 velocity dispersion 65 micrometer scale 65 thermally induced 65 φ 65 piezo actuator 65 1ns 65 magnetic permeability 65 Fig. 3b 65 timebase 65 1kHz 65 birefringence 65 modulated signals 65 vibrational modes 65 #μs [002] 65 microcavity 65 Fig. 4a 65 characteristic impedance 64 1μm 64 orbital angular momentum 64 nsec 64 interferometers 64 #.#Hz 64 external resistor 64 quasiparticle 64 Fig. 1a 64 Raman scattering 64 single photon detectors 64 longitudinal axis 64 resonator 64 dI dV 64 ratiometric 64 arcsecond 64 wavefront distortion 64 magnesium ion 64 GMSK 64 bandgaps 64 directivity 64 cesium atom 64 isotherms 64 surface plasmon 64 threshold voltages 64 rms jitter 64 microampere 64 output voltage 64 oscillation amplitude 64 diffraction pattern 64 lowpass filter 64 FWHM 64 electron spins 64 elastic modulus 64 parasitic capacitance 64 linearly polarized 64 ferromagnet 64 capacitive coupling 64 emission spectra 64 λ 64 frequency harmonics 64 PWM frequency 64 gravitational acceleration 64 linearized 64 deformable mirror 64 millivolt 64 polaritons 64 demodulated 64 dipole 64 DUTs 64 bilayer graphene 64 resonant cavity 64 micrometre sized 64 superconducting qubit 64 frequency modulated 64 pulse widths 64 supercurrent 64 magnon 64 dispersive 63 Lorentzian 63 rotational torque 63 z axis 63 spin precession 63 linear axes 63 wavefronts 63 backscattered 63 PIN diode 63 dipolar 63 electron scattering 63 collimated beam 63 phototransistor 63 diffraction grating 63 ε 63 Si substrate 63 switched capacitor 63 χ 63 spectral density 63 circular dichroism 63 resonators 63 heterodyne 63 chromatic dispersion 63 perturbation theory 63 eigenvalues 63 photonic crystal 63 electromagnetic flux 63 dipoles 63 azimuthal 63 σ 63 transconductance 63 eddy currents 63 anisotropy 63 photoelectron 63 absorption spectra 63 ± #.#mm [002] 63 photon flux 63 circularly polarized 63 synthetic aperture 63 picosecond 63 electron bunches 63 polarization multiplexed 63 photoionization 63 collinear 63 output impedance 63 helicity 63 toroid 63 capacitances 63 instrumentation amplifier 63 thermodynamic equilibrium 63 circularly polarized light 63 bandpass filter 63 quantum particle 63 qubit quantum 63 picoseconds 62 speckle pattern 62 sine wave 62 decoherence 62 demodulate 62 illuminance 62 microvolt 62 hertz Hz 62 excitation 62 cm -2 62 hyperfine 62 sinewave 62 keV 62 mT 62 μV 62 paramagnetic 62 optical encoder 62 dc voltage 62 frequency transducers 62 Fourier transform 62 2kHz 62 rotary encoder 62 microcavities 62 -3 dB 62 differential quadrature phase 62 infrared photons 62 wavelength tunability 62 antiferromagnetic 62 amplitude modulation 62 5μm 62 harmonic oscillator 62 #Ω [001] 62 pulse width modulation 62 electrical conductance 62 stoichiometry 62 rotational axis 62 variable resistor 62 Yarkovsky effect 62 fs pulses 62 #mV [002] 62 wavelet transform 62 rotational inertia 62 nanomesh 62 4mA 62 uniaxial 62 kΩ 62 linear interpolation 62 rubidium vapor 62 beryllium ion 62 microlens 62 pore sizes 62 irradiance 62 sinusoidal 62 ± #.#dB 62 rotational velocity 62 collimated 62 5kHz 62 coercivity 62 thermal gradients 62 quantum oscillations 62 wavefunction 62 μW 62 ellipsoid 62 excitations 62 parasitic capacitances 62 frequency synthesizers 62 surface plasmon resonance 62 absorbance 62 fast Fourier transform 62 SFDR spurious free 62 beam splitter 62 Coulomb blockade 62 Bose Einstein Condensate 61 voltage divider 61 shear modulus 61 entangled qubits 61 supercontinuum generation 61 pulsewidth 61 photon counting 61 photodetector 61 gravitational redshift 61 nanoribbon 61 SQUIDs 61 quantization noise 61 highpass filter 61 thermally activated 61 PID controller 61 linearly polarized light 61 surface roughness 61 impedance measurements 61 angular velocity 61 millivolts 61 piezoelectric actuators 61 magnetically coupled 61 input capacitance 61 Y axes 61 emitted photons 61 micrometer 61 impedance input 61 nanosecond pulses 61 electrical resistivity 61 inhomogeneous 61 electron diffraction 61 circular polarization 61 adsorbate 61 bosonic 61 temperature coefficient 61 quadrature 61 excitation wavelength 61 photon beams 61 BPSK 61 nonlinear optical 61 transimpedance 61 ARPES 61 microwave frequencies 61 sub picosecond 61 ellipsoids 61 spindle speeds 61 oscillatory 61 #mV V 61 kVp 61 superpositions 61 η 61 Fig. 1c 61 frequency synthesizer 61 bandpass 61 deterministic jitter 61 linewidths 61 deconvolution 61 fermion 61 linearization 61 amplitude modulated 61 electron tunneling 61 inhomogeneity 61 silicon atoms 61 ion traps 61 depolarization 61 vibrational frequencies 61 Vdd 61 tunable filters 61 bypass capacitor 61 Raman spectra 61 Bragg grating 61 radians 61 beam splitters 61 horizontally polarized 61 kcal mol 61 controllably 61 1dB 61 THz radiation 61 #μm [002] 61 microlasers 61 hysteresis loop 61 Mott insulator 61 magnetic dipole 60 μs 60 cm ² 60 waveform generator 60 oscillation 60 μsec 60 electromotive force 60 diffracted 60 OSNR 60 elastic moduli 60 oscillations 60 micromirrors 60 diffusion coefficient 60 Fig. 2b 60 sigma delta ADC 60 #.# MHz [002] 60 microlenses 60 nanometric 60 fig. S1 60 hysteresis 60 ring resonator 60 Young modulus 60 Vpp 60 polariton 60 electron volt 60 diffraction patterns 60 nanomechanical 60 dielectric permittivity 60 SAXS 60 UV photons 60 colloidal particles 60 -# dB [001] 60 UV wavelengths 60 Earth gravitational pull 60 2μm 60 angular misalignment 60 optical aberrations 60 photomultiplier tubes 60 arbitrary waveforms 60 microwatt 60 voltage outputs 60 photobleaching 60 nMOS 60 magnetoresistance 60 IR wavelengths 60 piezoresistive 60 autocorrelation 60 Fig. 4b 60 CMOS transistors 60 psec 60 indenter 60 donor acceptor 60 excitonic 60 photoconductive 60 delta sigma 60 cuvettes 60 non dispersive infrared 60 ohmic 60 submicrometer 60 isomeric 60 optical resonator 60 inhomogeneities 60 acoustic hyperlens 60 inductances 60 #nm laser [001] 60 0 dBm 60 strontium atoms 60 mK 60 MRFM 60 magnetostrictive 60 interferometric 60 cam lobe 60 terahertz frequencies 60 downconverter 60 modulated RF 60 monochromator 60 tunability 60 perceived loudness 60 sphericity 60 magnetic excitations 60 #Ω [002] 60 rotationally symmetric 60 compressive stress 60 W boson 60 pulse durations 60 ms -1 60 angular displacement 60 radiative transfer 60 unpolarized 60 Mössbauer 60 blackbody 60 vibrationally excited 60 meridional flow 60 superparamagnetic 60 mA output 60 mV V 60 vertically polarized 60 CMOS circuits 60 isotherm 60 x ray scattering 60 #um [002] 60 frequency modulation 60 sine wave output 60 kurtosis 60 pMOS 60 pulse width 60 logarithmic scale 60 Schrodinger equation 60 X ray absorption spectroscopy 60 inelastic scattering 60 permittivity 60 orbitals 60 monolayer graphene 60 nanosecond pulse 60 photoluminescence 60 superposed 60 local oscillator LO 60 output capacitance 60 backscattering 60 Interferometric 60 Voltages 60 Phase Shift Keying 60 aperiodic 60 electron proton 60 spectroscopic technique 60 0V 60 starquakes 60 Maxwell equations 60 #mV [001] 60 z axes 60 cosmic ray flux 59 Dirac fermions 59 anomalous dispersion 59 photon fluorescence 59 #ksps 59 #.#dB [003] 59 quantization 59 mosfet 59 FBG sensors 59 mV 59 waveband 59 amperometric 59 ω 59 non linearities 59 arcsec 59 photon emission 59 antiparallel 59 vibrational mode 59 photometry 59 temperature gradients 59 rotational symmetry 59 kHz frequency 59 refractive index 59 conduction electrons 59 wavetable 59 monodisperse 59 shunt resistor 59 Fig. 1A 59 #nm #nm [001] 59 dB SPL 59 #.#kHz [001] 59 analyte 59 Gaussian 59 dispersion compensators 59 cesium atoms 59 DFT calculations 59 ultraviolet wavelength 59 nanocages 59 transfer FRET 59 Fractional N 59 variator 59 evanescent waves 59 diffracting 59 -# dBm [001] 59 orthogonally 59 MOS transistors 59 Model #A 59 bistability 59 ultrasonic vibrations 59 silicon nanowire 59 thermal EMF 59 axial loads 59 micrometre 59 absorption spectroscopy 59 emit photon 59 periodicities 59 martensite 59 infrared laser pulses 59 Michelson interferometer 59 #.#MHz [007] 59 Å -1 59 antineutrinos 59 quadrupole 59 antineutrino 59 electrons emitted 59 ° sec 59 leakage currents 59 photodiode 59 wavefront 59 TTL compatible 59 adiabatic 59 picoseconds ps 59 harmonic distortion 59 SNe Ia 59 reactance 59 Agilent #A [001] 59 #μs [001] 59 diffract 59 chemiluminescence 59 windings 59 intramolecular 59 multiphoton 59 camshaft timing 59 tropospheric 59 Figure 2a 59 AFM cantilever 59 Fig. 2A 59 fluorescence detection 59 spectra 59 precess 59 frequency comb 59 electron pairs 59 refractive indices 59 ± #V [001] 59 femtosecond lasers 59 nonzero 59 tensor 59 velocities 59 LVCMOS 59 spatial temporal 59 vorticity 59 Force Microscopy 59 transimpedance amplifier 59 shaft encoder 59 advection 59 superconducting qubits 59 intrinsic brightness 59 infrared wavelength 59 piezoelectric transducer 59 cobalt atom 59 magnetic flux 59 Josephson junctions 59 phototransistors 59 nanometer spatial 59 IEPE 59 dielectric constant 59 PWM dimming 59 resonant tunneling 59 shorter wavelengths 59 picometer 59 feedforward 59 electron doped 59 Experimentally 59 silicon waveguide 59 #μm [001] 59 atomic lattice 59 helium atoms 59 geometric distortion 59 rheometer 59 exponential decay 59 modulated laser 59 inductive sensor 59 #pF [001] 59 quantized 59 tensile stress 59 liquid crystal molecules 59 ν 59 fluorescence quenching 59 coplanar 59 subwavelength 59 electric dipole 59 gate electrode 59 quartz oscillators 59 μm diameter 59 silicon waveguides 59 x ray beam 59 SiO 2 59 W bosons 59 #.#pF 59 Z axes 59 single external resistor 59 optomechanical 58 lightwaves 58 photons emitted 58 laser pulse 58 coaxially 58 microstrip 58 optical wavelengths 58 photosystem II 58 Ultrasonic sensors 58 cavity QED 58 X ray diffraction pattern 58 micromachined 58 trigonometric functions 58 rubidium atom 58 backpressure 58 #.#in [004] 58 emissivity 58 #.#Ω 58 sodium atoms 58 toroidal 58 quantum metrology 58 diffusion coefficients 58 radiative cooling 58 #ppm ° C 58 linear encoder 58 1Hz 58 predistortion 58 magnetic coil 58 lowpass 58 helium ions 58 #-#,# Hz 58 Gaussian distribution 58 Schottky barrier 58 collimator 58 kinematic viscosity 58 calorimetric 58 diffraction 58 piezoelectric crystal 58 colloidal crystals 58 gravitational radiation 58 κ 58 1nm 58 lattice vibrations 58 excitation energies 58 cm -3 58 geoid 58 conductivities 58 photon pairs 58 ppm ° C 58 shunt resistors 58 converter topology 58 Qubits 58 excitation wavelengths 58 Impedance 58 PWM output 58 obliquity 58 #G DQPSK 58 osmotic pressure 58 nanometers billionths 58 Fig. 2B 58 HV# [003] 58 diffraction limit 58 GPa 58 RMS jitter 58 Descriptive statistics 58 magnetic bead 58 8GHz 58 figs. 58 m/s2 58 photomultiplier tube 58 etalon 58 dipole magnets 58 microfluidic channels 58 crystal oscillator 58 nonequilibrium 58 annealing temperature 58 electromagnetically 58 quantum superposition 58 tunable optical 58 arcmin 58 electron transistor 58 stripline 58 pulsed lasers 58 nematic 58 collimators 58 spectral fingerprint 58 ultrasonic transducers 58 piezoelectric actuator 58 diffusive 58 magnetization reversal 58 frictional resistance 58 radar interferometry 58 Fourier transforms 58 magnetic coupling 58 InAs 58 radii 58 concave surfaces 58 Mach Zehnder 58 m z 58 PIN diodes 58 #.#dB [002] 58 microcantilever 58 birefringent 58 acceleration deceleration 58 #.#x#.#mm 58 fig. S2 58 parameter estimation 58 spectroscopic analysis 58 Figure 1b 58 waveguide 58 deformable mirrors 58 locked loop PLL 58 polarizing filters 58 electroluminescence EL 58 metastable 58 piezo actuators 58 excitons 58 dielectric constants 58 tetragonal 58 Fig. 2a 58 6dB 58 interferometry 58 inductive proximity 58 ± #ppm [001] 58 ρ 58 Fabry Perot 58 #ohm [001] 58 Fig. 1b 58 bipolar transistors 58 coherent superposition 58 diffusivity 58 macroscopic objects 58 interferometer 58 conventional superconductors 58 photon detection 58 electron neutrinos 58 radiometric measurements 58 fluorescence excitation 58 beamsplitters 58 axially 58 #.#V [002] 58 optical lattices 58 waveguides 58 compressibility 58 millimeter wavelengths 58 acoustic impedance 58 electron orbits 58 #Hz [002] 58 thermal conduction 58 tuneable 58 ionic currents 58 Nd YAG 58 torsional oscillator 58 CCD detector 58 differential impedance 58 formant 58 valence band 58 diamond anvils 58 6GHz 58 fA 58 terahertz radiation 58 micrometre scale 58 polystyrene spheres 58 intermodulation distortion 58 ultracold molecules 58 CMB radiation 58 intracellular pH 58 Cartesian coordinates 58 momenta 58 linearisation 58 polarimetry 58 LVTTL 58 pentacene molecule 58 fiducials 58 EMCCD 58 laser excitation 58 trimers 58 8kV 58 processive 57 z ^ 57 baryon 57 MeV 57 electrical impedance 57 spacings 57 expiratory flow 57 triode 57 sine cosine 57 #us [001] 57 ADXL# 57 frequency pulse width 57 optical sectioning 57 terahertz waves 57 ultracold atoms 57 microscale 57 QPSK 57 frequency doubler 57 micron diameter 57 electret 57 X ray binaries 57 thermal gradient 57 stator windings 57 RC oscillator 57 #dB attenuation 57 undoped 57 rms noise 57 crystallinity 57 #ns [002] 57 fluence 57 DQPSK 57 impedence 57 signal analyzers 57 mosfets 57 Alfven waves 57 oxide thickness 57 filamentary structure 57 nucleon 57 superluminal 57 ferroelectricity 57 x ray pulses 57 electrophoretic 57 highly collimated 57 CCD imagers 57 multirate 57 pulser 57 surface plasmons 57 spectral bands 57 ballscrews 57 van der Waals interactions 57 Schematic illustration 57 multipole 57 crystal lattices 57 preamp tubes 57 #us [002] 57 impedance matching 57 quasiparticles 57 skewness 57 pyrometer 57 Mosfet 57 parametric equalizer 57 scanning electron microscopes 57 redshifts 57 ohm load 57 Shutter speeds 57 deadband 57 semiconducting nanowires 57 eigenvalue 57 μm 57 refract light 57 electromagnetic coupling 57 Interpolation 57 interparticle 57 tractive force 57 LED brightness 57 Gaussian filter 57 emit photons 57 luminous flux 57 transmissivity 57 8kHz 57 GeV 57 Tektronix oscilloscope 57 reproducible measurements 57 nm excitation 57 #V ac 57 piezoelectric sensors 57 body diode conduction 57 photon detector 57 Fig. 4B 57 electron mobility 57 HEMTs 57 pulse width modulation PWM 57 microtubes 57 synchronous buck converter 57 graphene transistor 57 stepless 57 X ray diffraction microscopy 57 electron flux 57 #.#uF 57 nanoelectromechanical 57 concentricity 57 WS CRDS 57 cardioid polar pattern 57 antibody antigen 57 Rydberg atom 57 cuprate 57 monotonically 57 optical excitation 57 wafer thickness 57 microwave photon 57 electron ion 57 cm ^ sup 57 modulation formats 57 coupling capacitors 57 MCP# AFE 57 directional coupler 57 LVPECL 57 PIN photodiode 57 photosensor 57 frequency electromagnetic waves 57 noise ratio SNR 57 temperature gradient 57 laser pulses 57 fluorescence resonance energy 57 ultrahigh resolution 57 sigma delta 57 lattice spacing 57 incremental encoder 57 Feshbach resonance 57 #.#um [001] 57 elastic deformation 57 ultraprecise 57 silica spheres 57 microstepping 57 soundwaves 57 ion thrusters 57 Tunable 57 Casimir cavity 57 cm sec 57 parametric testers 57 #Hz #Hz [001] 57 beamwidth 57 micromirror 57 Brillouin zone 57 Pulse Width Modulation 57 arbitrary waveform generator 57 arcseconds 57 inductive sensors 57 ferromagnetic materials 57 capacitive sensors 57 exciton 57 op amp 57 PCR amplification 57 yaw angle 57 attoseconds 57 volcanic aerosols 57 dV dt 57 JILA scientists 57 ferrite core 57 1MHz 57 #KHz [001] 57 gravitational interaction 57 logarithmic amplifiers 57 Fig. 3A 57 asymptotic 57 3mm x 57 solitons 57 synchrotron emission 57 +# dBm output 57 QCLs 57 #.#ns 57 MTCMOS 57 laser speckle 57 inductive loads 57 5nm 57 galaxy redshift 57 darkfield 57 snubber 57 Gaussian beam 57 LVDS output 57 Supplementary Fig 57 quantize 57 π 57 Yb 57 upstroke 57 nanorod 57 airglow 57 capacitive loading 57 pn junction 57 anisotropic 57 quadrature output 57 DC LVDT 57 wafer uniformity 57 Nova NanoSEM 57 Fig. 3B 57 weak gravitational lensing 57 #:# multiplexer 57 fluorophore 57 RGB LEDs