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(Click for frequent words.) 72 nonlinearities 69 dephasing 68 hysteresis 68 thermally induced 66 non linearities 66 leakage currents 65 inhomogeneity 65 resonance frequency 65 bandgaps 65 transconductance 65 wavefunction 65 dispersive 65 thermal gradients 65 decoherence 64 dipole moment 64 compressive stress 64 birefringence 64 θ 64 microcavities 64 isotropic 64 electronic excitations 64 mrad 63 capacitive coupling 63 detuning 63 electron scattering 63 ionic conductivity 63 impedances 63 vibrational modes 63 magnon 63 surface plasmon 63 Nernst 63 quasiparticle 63 reactance 63 inhomogeneous 63 micrometer scale 63 directivity 63 ferroelectricity 63 elastic moduli 63 ratiometric 62 τ 62 parasitic capacitance 62 heavy fermion 62 modulated signals 62 Fig. 1a 62 bistability 62 dipolar 62 stereochemical 62 adsorbate 62 dielectric breakdown 62 orbital angular momentum 62 anisotropy 62 enthalpy 62 inhomogeneities 62 meV 62 linewidth 62 stochasticity 62 absorbance 62 diffusive 62 electron tunneling 62 crystallinity 62 photocurrent 62 gaussian 61 Si substrate 61 friction coefficients 61 MOS transistor 61 dielectric constants 61 Raman scattering 61 paramagnetic 61 perturbation theory 61 impedance measurements 61 supercurrent 61 UV photons 61 uniaxial 61 nonlinear optical 61 conductance 61 output impedance 61 radiative transfer 61 autocorrelation 61 elastic modulus 61 phonon 61 nonlinear 61 subwavelength 61 Maxwell equations 61 linearized 61 waviness 61 passband 61 bosonic 61 quantization noise 61 magnetization reversal 61 quantum criticality 61 thermal conductance 61 mesoscopic 60 dielectric constant 60 nonzero 60 temperature gradients 60 antiferromagnetic 60 ferromagnet 60 Figure 2a 60 electromagnetic flux 60 periodicities 60 manganite 60 dependences 60 Coulomb blockade 60 frequency harmonics 60 ARPES 60 lowpass filter 60 excitations 60 shear modulus 60 rheological 60 sub picosecond 60 OSNR 60 magnetisation 60 nonlinear dynamics 60 Doppler shifts 60 oscillation frequency 60 oscillator frequency 60 tensile stress 60 intramolecular 60 Gaussian distribution 60 magnetic permeability 60 spatial temporal 60 fluid viscosity 60 plasmon 60 nanomechanical 60 ohmic 60 stray capacitance 60 chromatic dispersion 60 equilibration 60 supercontinuum generation 60 hyperfine 59 Auger recombination 59 helicity 59 dissipative 59 Figure 1b 59 Fig. 3b 59 excitonic 59 temperature coefficient 59 electromigration 59 PIN diodes 59 epitaxial layer 59 wavefronts 59 λ 59 deterministic jitter 59 single photon detectors 59 MEMS resonators 59 Fig. 4a 59 observables 59 ε 59 nonequilibrium 59 quadratic 59 microcavity 59 magnetic dipole 59 vibrational frequency 59 sigma delta 59 resonant frequencies 59 Fig. 1c 59 polaritons 59 chemical reactivity 59 absorption coefficient 59 exponential decay 59 thermal conduction 59 anisotropic 59 absorption spectra 59 σ 59 intermodulation 59 dv dt 59 spin precession 59 martensite 59 magnetoresistance 59 oscillation frequencies 59 thermal EMF 59 electroluminescence EL 59 spectral density 59 Vdd 59 capacitances 59 Dirac fermions 59 pMOS 59 μV 59 quantum oscillations 59 harmonic oscillator 59 autocatalytic 59 quantum coherence 59 input impedance 59 flyback converter 59 photon energies 59 velocity dispersion 59 eigenvalues 59 MOS transistors 59 Fig. 3B 58 φ 58 amplitude 58 superpositions 58 parasitic capacitances 58 birefringent 58 fluorescence intensity 58 adiabatic 58 Mott insulator 58 circular dichroism 58 Raman spectra 58 polariton 58 perturbations 58 harmonic distortion 58 dimensionless 58 magnetic excitations 58 oscillation 58 transduction 58 intermetallic 58 sinusoidal 58 nanomesh 58 perturbation 58 capacitive loading 58 DFT calculations 58 amplitudes 58 supersolid 58 blackbody 58 quantum mechanically 58 variabilities 58 cm -1 58 kcal mol 58 eigenvalue 58 silicon waveguides 58 Young modulus 58 delocalization 58 electron doped 58 photoionization 58 backscattering 58 temperature coefficients 58 diffusion coefficients 58 thermally activated 58 bilayer graphene 58 demagnetization 58 electron pairing 58 optical aberrations 58 thermal conductivities 58 fig. S3 58 Fig. 4B 58 √ Hz 58 coercivity 58 2dB 58 quantum phenomena 58 interfacial 58 dI dV 58 frictional resistance 58 bandgap 58 steric 58 magnetic susceptibility 58 nanoindentation 58 forcings 58 psec 58 reaction kinetics 58 z axis 58 van der Waals interactions 58 electron proton 58 Hysteresis 58 Josephson junction 58 stoichiometry 58 lattice mismatch 58 asymptotic 58 compressive strain 58 FWHM 58 phototransistor 57 output capacitance 57 wavelet transform 57 ammonium ions 57 threshold voltages 57 emission wavelength 57 vanadate 57 voltage divider 57 attenuation 57 radiative 57 bipolar transistors 57 superluminal 57 weakly interacting 57 characteristic impedance 57 rotary encoder 57 modulus 57 nMOS 57 magnetostrictive 57 magnetization 57 hydrophobicity 57 solvation 57 metallic nanostructures 57 isotherms 57 dB insertion loss 57 intermodulation distortion 57 radiative recombination 57 heterostructure 57 superconducting qubit 57 electron positron pairs 57 inelastic scattering 57 mV V 57 cavity QED 57 electrical conductance 57 electrical resistivity 57 sorption 57 fluorescence emission 57 cm -2 57 lognormal 57 dV dt 57 particle morphology 57 #ppm ° C 57 fermion 57 dual damascene 57 photoluminescence 57 SiO 2 57 surface roughness 57 depolarization 57 corona discharge 57 spatio temporal 57 tunable optical 57 collinear 57 cuprate 57 reentrant 57 bypass capacitor 57 impedance mismatch 57 PHY# [001] 57 thermomechanical 57 Brillouin zone 57 mode dispersion PMD 57 nanometric 57 photoconductive 57 crystallites 57 gravitational redshift 57 diffracted 57 conduction electrons 57 quantization 57 protein adsorption 57 impermeability 57 cosmic ray flux 57 #.#dB [003] 57 variable resistor 57 magnetically coupled 57 di dt 57 z = 57 nanomagnets 57 inductance 57 Fig. 2b 57 multipath fading 57 JILA scientists 57 dewetting 57 microstrip 57 interparticle 57 ferromagnetism 57 PIN diode 57 focal adhesions 57 HEMTs 57 photobleaching 57 calorimetric 57 frictional heating 57 compressibility 57 SAXS 57 LiNbO3 57 millivolt 57 Supplementary Fig 57 electron density 57 diffraction pattern 56 wave particle duality 56 CdSe 56 ceramic capacitor 56 adaptive equalization 56 z axes 56 demodulated 56 parasitics 56 toroid 56 fig. S2 56 Fig. 4b 56 redox reactions 56 localized surface plasmon 56 topological defects 56 oscillatory 56 tensor 56 wavefront distortion 56 polyphase 56 topological 56 transimpedance 56 emission spectra 56 laser speckle 56 lattice vibrations 56 Fig.1 56 Lorentzian 56 tetragonal 56 stripline 56 tropospheric 56 cosmic ray intensity 56 dopant 56 electron diffraction 56 delocalized 56 invariant 56 azimuthal 56 photolysis 56 ADXL# 56 electromechanical coupling 56 elastic deformation 56 χ 56 THz radiation 56 γ 56 harmonic currents 56 arbitrary waveforms 56 η 56 resonant cavity 56 tunability 56 PIN photodiode 56 antiparallel 56 ppm ° C 56 impurity atoms 56 aspheres 56 quadrature 56 kurtosis 56 electrons emitted 56 epistasis 56 correlated electron 56 martensitic 56 Eq. 56 quantum particle 56 photonic crystal 56 undoped 56 cavitations 56 dc voltage 56 hysteresis loop 56 eddy currents 56 discontinuities 56 input capacitance 56 quantized 56 supersaturation 56 sinewave 56 x ray scattering 56 analog circuitry 56 cyclicity 56 SAR ADC 56 circularly polarized light 56 ± #V [002] 56 recrystallization 56 isotope fractionation 56 nanoribbon 56 colocalization 56 surface plasmons 56 RF amplifier 56 frequency synthesizers 56 sine wave 56 filamentary structure 56 Fig. 3a 56 heterogeneities 56 pentacene 56 post perovskite 56 InAs 56 spectroscopic analysis 56 atomic lattice 56 linearity 56 sphericity 56 impedance 56 attentional blink 56 WS CRDS 56 submicrometer 56 optical encoder 56 temperature gradient 56 antiferromagnets 56 ν 56 coupling capacitance 56 uniformities 56 millimetric 56 microstructural 56 graphene circuitry 56 op amp 56 signal attenuation 55 homochirality 55 instrumentation amplifier 55 sigma delta ADC 55 pn junction 55 Michelson interferometer 55 polarisations 55 copper oxide superconductors 55 photoemission 55 absorption spectroscopy 55 Fig. 3A 55 bipolar transistor 55 #.#mV 55 #ohm [002] 55 frequency transducers 55 ω 55 microlasers 55 aperiodic 55 metastability 55 Frequency Shift Keying 55 photodetector 55 delta sigma 55 shunt resistor 55 clamping voltage 55 flexural 55 geometric distortion 55 thermodynamic equilibrium 55 capacitively coupled 55 photonic bandgap 55 oscillation amplitude 55 cantilever deflection 55 #.#pF 55 dielectric materials 55 orientational 55 MAX# integrates 55 feedforward 55 clamping voltages 55 refractive indices 55 entangled qubits 55 figs. 55 ductile deformation 55 #Ω [002] 55 unconventional superconductivity 55 #.#dB [002] 55 bistable 55 ionic currents 55 Fig. 1d 55 gravitational radiation 55 indium gallium nitride InGaN 55 heterostructures 55 synthetic aperture 55 optical sectioning 55 cuprate superconductors 55 ± #.#dB 55 diffusion coefficient 55 excitation 55 donor acceptor 55 tribological 55 Fig. 2A 55 entropic 55 silicon waveguide 55 microvolts 55 Doppler shift 55 Jovian planets 55 1μm 55 ZnO nanowires 55 dielectric permittivity 55 optical isolator 55 Chromatic aberration 55 ferromagnetic materials 55 QCLs 55 permittivity 55 impedance input 55 oxide semiconductor 55 nondeterministic 55 colloidal crystals 55 BPSK 55 #mV [001] 55 multiphoton 55 CMOS transistors 55 #um [002] 55 electron electron 55 Gaussian beam 55 punctate 55 subthreshold 55 quadrature modulators 55 flexural modulus 55 Fig. 1A 55 4H SiC 55 surface plasmon resonance 55 photoelectron 55 keV 55 ultraviolet wavelength 55 pn junctions 55 1kHz 55 thermal diffusivity 55 heterodyne 55 fast Fourier transform 55 Figure 1a 55 irradiance 55 Fourier transform 55 QPSK 55 interatomic 55 sidebands 55 neuroanatomical 55 lattice spacing 55 motor windings 55 invariance 55 toroidal 55 heterojunctions 55 interannual variability 55 diffraction grating 55 protein conformation 55 sinusoid 55 VSWR 55 breakdown voltages 55 nanopillars 55 5V CMOS 55 neutrino oscillation 55 cementite 55 piezoresistive 55 4mA 55 gate electrode 55 Fabry Perot 55 linear amplifiers 55 zener diode 55 micromechanics 55 osmotic pressure 55 acoustic impedance 55 EMI electromagnetic interference 55 responsivity 55 electromotive force 55 interferometric 55 obliquity 55 HEMT 55 crustal thickness 55 electrodynamics 55 Fig. 2a 55 5μm 55 Foil resistors 55 superfluids 55 variational 55 ρ 55 electromagnetic interference EMI 55 dipoles 55 ZnSe 55 ferroelectrics 55 ellipsoids 54 amplitude modulation 54 decoupling capacitance 54 endothermic 54 absorptions 54 multiscale 54 Einstein equations 54 equilibria 54 computational complexity 54 -# dBm [001] 54 ring resonator 54 Bragg grating 54 bandpass filter 54 Fig. 2B 54 superconductive materials 54 phonon scattering 54 hyperpolarization 54 annealing temperature 54 wavetable 54 vibrationally excited 54 electron pairs 54 planar waveguide 54 shrinking geometries 54 Figure 4a 54 transgene expression 54 tunable filters 54 microlens 54 conformational changes 54 anomalous dispersion 54 nanoscale phenomena 54 multibit 54 conductivities 54 Qspeed diodes 54 microvolt 54 toroids 54 intermetallic compounds 54 lowermost mantle 54 hafnium oxide 54 PMOS transistors 54 X ray binaries 54 AlGaN 54 heterogeneous catalysts 54 periodic oscillations 54 logarithmic 54 quantum capacitance 54 fluorescence quenching 54 phospholipid membranes 54 thermo mechanical 54 GMSK 54 #ns [002] 54 evanescent waves 54 finite element method 54 instrumentation amplifiers 54 piezo actuator 54 tensile modulus 54 parameter estimation 54 bandpass 54 backscattered 54 noise ratio SNR 54 +5 dBm 54 Total Harmonic Distortion 54 inductance capacitance 54 ab initio calculations 54 redox sensitive 54 modulation 54 SQUIDs 54 optomechanical 54 Mosfets 54 RF transistors 54 IR wavelengths 54 topological insulator 54 nanofabricated 54 routability 54 emitted photons 54 conductivity 54 electron mobility 54 ferroelectric 54 piezoelectric properties 54 Josephson junctions 54 deformation 54 magnons 54 macroscopic 54 fs pulses 54 quantum metrology 54 concentricity 54 orbitals 54 Cadence Encounter Test 54 coupling capacitors 54 lasing threshold 54 chirality 54 linearly polarized 54 HBLEDs 54 relaxivity 54 extracellular proteins 54 advection 54 logarithmic scale 54 linearly proportional 54 angular misalignment 54 varistor 54 ultracold molecules 54 nematic 54 SNR signal 54 topology 54 Z Foil 54 mosfet 54 chromatograms 54 Aharonov Bohm effect 54 viscoelastic properties 54 nsec 54 nonlinear optics 54 dielectric layer 54 rubidium vapor 54 gravitational acceleration 54 fermionic 54 weldability 54 Vpp 54 iron pnictides 54 semiconductor nanowires 54 nonoverlapping 54 vibrational spectroscopy 54 oxide thickness 54 piezo actuators 54 antimonide 54 YBCO 54 relativistic electrons 54 pushbutton switch 54 metastable 54 dipole 54 magnetized plasma 54 superposed 54 deterministically 54 optical resonator 54 oscillations 54 switched capacitor 54 warpage 54 resistor capacitor 54 transimpedance amplifier 54 Bose Einstein condensates 54 parametric yield 54 Figure 3a 54 isostatic 54 synchrotron emission 54 demodulate 54 compressional 54 meridional flow 54 nanopositioning stages 54 Boltzmann constant 54 cm ² 54 dynamical 54 multiferroic 54 skewness 54 superior heat dissipation 54 directionality 54 Model #A 54 moduli 54 triangular lattice 54 Fractional N 54 fluid shear 54 electron transistor 54 dorsal root 54 spin excitations 54 nm excitation 54 ultrasonic vibrations 54 resonance frequencies 54 MQW 54 gamma oscillations 54 Perkinamine 54 harmonic suppression 54 viscoelasticity 54 beam splitter 54 CMOS silicon 54 chalcogenide glass 54 cogging 54 shunt resistors 54 moldability 54 powder diffraction 54 photodiode 54 mK 54 evolvability 54 etalon 54 hydrophobic interactions 54 inductances 54 nulling 54 AlGaN GaN 54 #pF [001] 54 diffusible 54 monodisperse 54 PIN photodiodes 54 sensing resistors 54 hysteretic 54 MΩ 54 DEV DA TOMAR NEXT 54 beam splitters 54 fig. S1 54 dielectrics 54 Fig. 1D 54 modulatory 54 UV wavelengths 54 lightwaves 53 strontium titanate 53 JFET 53 #.#μF 53 multipath interference 53 eutectic alloy 53 undersampling 53 gluon 53 lasing wavelength 53 ± #.#mm [002] 53 MEMS gyroscope 53 monotonic 53 electrochemical reactions 53 impedence 53 conformational 53 MWNT 53 local oscillator LO 53 phototransistors 53 photon emission 53 dBc 53 sigma delta modulator 53 μW 53 μH 53 micropores 53 diffracting 53 -# mV [001] 53 avalanche photodiode 53 mosfets 53 ionisation 53 quasicrystal 53 macroscopically 53 capacitive sensors 53 spectrograms 53 angular displacement 53 atomically smooth 53 1dB 53 π 53 inertness 53 ATP hydrolysis 53 thermodynamic properties 53 metallisation 53 silicon nanowire 53 nitride semiconductor 53 derangements 53 coronal loop 53 acyclic 53 refractive index 53 pore sizes 53 strain gage 53 photon fluorescence 53 μs 53 Gaussian 53 MBd 53 conventional superconductors 53 differential quadrature phase 53 torsional 53 polarization multiplexed 53 quasiparticles 53 melt viscosity 53 electron orbits 53 X ray pulses 53 oscillators filters 53 multipath 53 phenotypic variation 53 diffusivity 53 resonant tunneling 53 atomistic 53 calcium fluoride 53 waveguide 53 dielectric 53 vanadium dioxide 53 spatiotemporal 53 morphologies 53 TEGs 53 neutrino oscillations 53 adsorptive 53 exciton 53 SAW oscillators 53 beamsplitters 53 anthropic 53 P cadherin 53 photosynthetic apparatus 53 photon counting 53 mΩ 53 stimulated emission 53 photomultiplier 53 weak gravitational lensing 53 hyperalgesia 53 attenuation coefficient 53 interfacial tension 53 diurnal variation 53 BJTs 53 FinFET 53 submicron 53 stochastic resonance 53 motion parallax 53 Si#xx 53 arcsec 53 converter topologies 53 CD1d 53 chromatic aberrations 53 GaAs AlGaAs 53 dynamical processes 53 nucleation 53 nonlinearly 53 predistortion 53 accuracy repeatability 53 molecular orbitals 53 PWM frequency 53 angular velocity 53 deep submicron CMOS 53 ligand receptor 53 cellularity 53 valence electrons 53 Schematic illustration 53 #.#Ω 53 resonant frequency 53 homopolymer 53 beamwidth 53 superstrings 53 reconfigurable logic 53 temporal variability 53 qubit quantum 53 parasitic inductance 53 microwatt 53 germanium silicon 53 self assembled monolayers 53 electret 53 ± #ppm [001] 53 1ns 53 coriolis 53 superparamagnetic 53 polar modulation 53 monolayer graphene 53 myosins 53 cuprates 53 unpolarized 53 spectroscopic measurements 53 cyclization 53 CMOS ICs 53 oscillatory behavior 53 δ 53 SWNT 53 laser interferometers 53 excitation voltage 53 magnetocaloric effect 53 GPa 53 intracavity 53 excitation wavelength 53 converter topology 53 quantum superpositions 53 enzyme kinetics 53 gelation 53 mT 53 ion traps 53 magnetic vortices 53 parameterization 53 electrical conductivity 53 IR spectra 53 incremental encoders 53 diffraction patterns 53 SOI CMOS 53 photochemistry 53 geosphere 53 dimensional nanostructures 53 thermal impedance 53 sulfate aerosol 53 algebraic expressions 53 mA output 53 #.#nm [002] 53 electrostatic discharge 53 multipartite entanglement 53 wavelength tunability 53 horizontally polarized 53 outcoupling 53 NiSi 53 dentinal 53 #μF [001] 53 cosmological parameters 53 pulse widths 53 tensional 53 downwelling 53 differential impedance 53 modulation formats 53 Rayleigh scattering 53 alloying elements 53 4kV 53 bimodal distribution 53 coupling capacitor 53 carrier mobilities 53 Indium Phosphide