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(Click for frequent words.) 70 enthalpy 66 dispersive 65 nonlinearities 65 thermally induced 65 supersolid 65 Einstein equations 64 nonequilibrium 64 martensite 64 microchannel 64 polariton 64 manganite 64 electron tunneling 64 radiative transfer 64 dipolar 64 perturbation theory 63 thermally activated 63 photoionization 63 metastable 63 electron scattering 63 thermal gradients 62 vibrational modes 62 decoherence 62 martensitic 62 dipole moment 62 quantum coherence 62 MOS transistor 62 microcavity 62 fluid viscosity 62 eigenvalues 62 isotherms 62 quasicrystal 61 thermodynamic properties 61 ultracold 61 elastic modulus 61 Josephson junction 61 plasmon 61 wavefunction 61 asymptotic 61 Bose Einstein condensates 61 stoichiometry 61 adsorbate 61 polaritons 61 rheometer 61 oscillation amplitude 61 dephasing 61 Dirac fermions 61 parameter estimation 61 thermodynamically 61 exciton 61 thermodynamic 61 Mott insulator 61 helicity 61 resonant frequencies 61 τ 61 rheological 61 multiscale 61 Dirac equation 61 blackbody 61 toroid 61 micrometer scale 60 Nernst 60 isothermal 60 corona discharge 60 exothermic 60 quantum oscillations 60 bistability 60 anisotropic 60 orbital angular momentum 60 photoemission 60 quasiparticle 60 ferromagnetic materials 60 thermal conduction 60 DFT calculations 60 diffusive 60 calorimetric 60 θ 60 crossflow 60 optical lattices 60 magnetically coupled 60 tensor 60 phonon 60 magnetisation 60 shear modulus 60 Bose Einstein condensation 60 electron pairs 60 isotropic 60 dimensional electron 60 reaction kinetics 60 dissipative 60 quantum mechanically 60 annealing temperature 60 microcavities 60 uniaxial 60 thermodynamic equilibrium 59 isomeric 59 dimensionless 59 photolysis 59 demagnetization 59 hyperfine 59 solvation 59 topological defects 59 diffusion coefficients 59 chemisorption 59 quadratic 59 absorption spectra 59 excitonic 59 TappingMode 59 nonlinear dynamics 59 solvent evaporation 59 photoconversion 59 mesoscopic 59 WS CRDS 59 quantization 59 resonance frequency 59 monolayer graphene 59 supercooled liquid 59 powder diffraction 59 equilibration 59 eigenvalue 59 thermal annealing 59 fermion 59 magnon 59 magnetic dipole 59 spin precession 59 heavy fermion 59 Fig.1 59 elastic moduli 59 paramagnetic 59 electromotive force 59 Rayleigh scattering 59 isobaric 59 piezo actuator 59 Schrodinger equation 59 subwavelength 59 magnetic bead 59 cantilever deflection 59 fermionic 59 rotor stator 59 tetrahedral 59 quantized 59 orifice plates 59 superluminal 59 ferromagnetism 59 Figure 2a 59 oscillation frequency 59 capacitive coupling 59 frictional heating 59 magnetoresistance 58 bosonic 58 interfacial tension 58 photoconductive 58 nonlinearity 58 compressibility 58 vaporisation 58 sorption 58 asymptote 58 carburizing 58 electronic excitations 58 thermal decomposition 58 linearized 58 dielectric constant 58 osmotic pressure 58 hysteresis loop 58 copper oxide superconductors 58 piezoresistive 58 crystallinity 58 invariance 58 absorption spectroscopy 58 sonoluminescence 58 Josephson junctions 58 Fourier transform 58 cryogenic temperatures 58 cavity QED 58 crystalline solids 58 submicron 58 post perovskite 58 Si substrate 58 elastic deformation 58 particle acceleration 58 epitaxial layer 58 tetragonal 58 photothermal 58 superfluid helium 58 micromachine 58 finite element method 58 supercritical fluid 58 advection 58 deterministically 58 magnetostrictive 58 meridional flow 58 superlattice 58 bistable 58 optical resonator 58 SUSY 58 electron transistor 58 ferromagnetic 58 thermo mechanical 58 saturable 58 CMOS transistors 58 magneto rheological 58 colloidal particles 58 harmonic oscillator 58 supercooling 58 melt viscosity 58 Adiabatic 58 oscillatory 58 tetrahedra 58 silicon nanowire 58 photonic crystal 58 stoichiometric 58 nanomagnets 57 superconducting qubit 57 gelation 57 nematic 57 viscous fluids 57 thermal gradient 57 chemical reactivity 57 Fig. 1a 57 inhomogeneities 57 Bose Einstein Condensate 57 weak gravitational lensing 57 quantum phenomena 57 scalar 57 pn junctions 57 Gaussian 57 nanostructuring 57 dynamical 57 ab initio calculations 57 intramolecular 57 differential scanning calorimetry 57 electrodynamics 57 moduli 57 leakage currents 57 molecular sieve 57 inelastic scattering 57 acoustic cavitation 57 ferromagnet 57 antiparallel 57 scale invariance 57 tensile stress 57 planar waveguide 57 vibrational spectroscopy 57 synthetic aperture 57 GPa 57 dimensional 1D 57 SAXS 57 magnetization reversal 57 sinusoidal 57 electron doped 57 ultracold molecules 57 temperature gradients 57 deconvolution 57 fermionic atoms 57 InAs 57 helium atom 57 moldability 57 frictional resistance 57 qubit quantum 57 arbitrary waveforms 57 Nanomechanical 57 inhomogeneity 57 Seebeck effect 57 conductivities 57 thermal diffusivity 57 photocatalysis 57 unconventional superconductivity 57 quantum correlations 57 cuvette 57 nonlinear optics 57 isostatic 57 toroidal 57 hysteresis 57 non dispersive infrared 57 superpositions 57 Fig. 4A 57 thermomechanical 57 backscattering 57 thermal equilibrium 57 inhomogeneous 57 mK 57 variational 57 chemiluminescence 57 electron diffraction 57 x ray optics 57 electrochemical capacitors 57 catalytic reactions 57 electrokinetic 57 microcantilevers 57 Lorentzian 57 antiferromagnets 57 supercontinuum generation 57 silicide 57 diffusion coefficient 57 denaturation 57 flyback converter 57 impedance measurements 57 scanning tunneling microscopy 57 electrostatics 57 thermoacoustic 57 metastability 57 Schrödinger equation 57 optical lattice 57 ν 57 superlattices 57 Fig. 1c 57 dielectrophoresis 56 cavitations 56 resonant cavity 56 nonlinear optical 56 deuterated 56 vibrationally excited 56 THz radiation 56 electroluminescence 56 CFD modeling 56 epoxide 56 absorption coefficient 56 superhydrophobic surfaces 56 heterojunctions 56 ARPES 56 Bragg grating 56 thermic 56 highpass filter 56 magnetization 56 overpressure 56 monodisperse 56 nanoparticle arrays 56 adsorption 56 diatomic 56 gravitational radiation 56 MOS transistors 56 calorimetry 56 deformable mirror 56 cyclization 56 vapor compression 56 acoustic impedance 56 wavefronts 56 turbine inlet 56 anisotropy 56 temperature gradient 56 fast Fourier transform 56 coverslip 56 gate electrode 56 polymerisation 56 threshold voltages 56 Fig. 4b 56 dihydrogen 56 cavitation 56 amplitudes 56 Schematic illustration 56 relativity theory 56 Gaussian distribution 56 polyphase 56 magnetic flux 56 upflow 56 trigonometric functions 56 Casimir cavity 56 photoelectron spectroscopy 56 Bose Einstein condensate BEC 56 Maxwell equations 56 quantum superposition 56 wavelet transform 56 MTCMOS 56 intergranular 56 photomultiplier tube 56 RO membrane 56 parasitic capacitance 56 kinematic viscosity 56 entropic 56 chalcogenide glass 56 recrystallization 56 single photon detectors 56 self assembled monolayer 56 electromagnetically induced transparency 56 stimulated emission 56 beam splitter 56 nanoelectromechanical 56 electrospray 56 ultracold atoms 56 superfluids 56 #.#nm [002] 56 processive 56 parallel kinematics 56 lithographic processes 56 SQUIDs 56 topological insulators 56 surface plasmon 56 nanometric 56 ferroelectricity 56 aperiodic 56 ion traps 56 circular dichroism 56 SWNT 56 birefringence 56 silicon waveguide 56 piezoelectricity 56 enzyme kinetics 56 microfluidic channels 56 φ 56 thermally stable 56 quantum chromodynamics 56 vesicle fusion 56 semiconducting nanowires 56 bi axial 56 parameterization 56 lamella 56 computationally efficient 56 piezoelectric crystal 56 velocity dispersion 56 factorization 56 controllably 56 piezo actuators 56 exponential decay 56 supercritical fluids 56 Fourier transforms 56 SiO 2 56 quantum capacitance 56 5V CMOS 55 heterogeneous catalysts 55 differential impedance 55 ferroelectrics 55 compressive stress 55 z axis 55 Navier Stokes equations 55 spectroscopic techniques 55 Liquid nitrogen 55 macrocycle 55 graphane 55 exothermic reaction 55 Finite Element Method 55 Rydberg atom 55 microscale 55 vortex shedding 55 quantum mechanical 55 PMOS transistors 55 reactant 55 endothermic 55 photocurrent 55 pn junction 55 electron ion 55 Eq. 55 gravitational redshift 55 piezoelectric transducer 55 electrical resistivity 55 radiative cooling 55 multiplanar 55 nMOS 55 cuprate superconductors 55 pneumatically controlled 55 geometries 55 echo planar imaging 55 hafnium oxide 55 quantization noise 55 polymer fullerene 55 chemical kinetics 55 FinFET 55 neutrino oscillation 55 anodic 55 nanoindentation 55 spallation 55 stereochemical 55 ionic currents 55 pyrometer 55 micrometre scale 55 electrospray ionization 55 cuprate 55 linewidth 55 excitations 55 spectroscopic methods 55 photon detectors 55 Nd YAG lasers 55 solenoid valve 55 Coulomb blockade 55 combustor 55 nitriding 55 porous membrane 55 Fig. 2A 55 coherent superposition 55 thermowell 55 azimuthal 55 nanoliter 55 tropospheric 55 SYBR Green 55 evanescent wave 55 conductance 55 Kalman filter 55 spectroscopic analysis 55 resonant tunneling 55 Schematic representation 55 autocorrelation 55 renormalization 55 photoemission spectroscopy 55 nanoribbon 55 femtosecond laser pulses 55 laser speckle 55 photon detection 55 PID controller 55 wavelike 55 isomerization 55 CMOS fabrication 55 venturi 55 ε 55 emitted photons 55 amperometric 55 x ray pulses 55 lowpass filter 55 resonance frequencies 55 hydrogen deuterium 55 underfill 55 dual damascene 55 CdSe 55 supercritical carbon dioxide 55 microwave photon 55 cyclic loading 55 monochromator 55 nanochannel 55 diffraction pattern 55 lowermost mantle 55 Bose Einstein condensate 55 convective heat 55 electromagnetic flux 55 UV photons 55 spectral density 55 quantum particle 55 plasma etching 55 supramolecular 55 superfluid 55 birefringent 55 absorbance 55 thermophysical properties 55 quasiparticles 55 antiferromagnetic 55 reentrant 55 ellipsometry 55 magnesium ion 55 picosecond lasers 55 hydride 55 ultrasonic vibrations 55 adsorption isotherms 55 cm -1 55 ionisation 55 ZnO nanowires 55 actin filament 55 Fig. 4a 55 carbonization 55 ultrasonics 55 nanocrystalline 55 polyimides 55 nonzero 55 γ 55 waviness 54 microvolts 54 chromatograms 54 interfacial 54 rotary piston 54 MWNT 54 friction coefficients 54 interparticle 54 photoelectrochemical 54 QDs 54 graphite oxide 54 rheological properties 54 '# patent relates 54 periodic oscillations 54 photomultiplier 54 Raman scattering 54 intracavity 54 curve tracer 54 liquid chromatographic 54 η 54 block copolymer 54 multipole 54 interfacial layer 54 polyaniline 54 optomechanical 54 superheats 54 multiferroic 54 nanoscale patterning 54 cementite 54 nanofluidic 54 unpolarized 54 dewetting 54 intrinsic viscosity 54 annealing 54 evaporative 54 rotaxanes 54 spatio temporal 54 quantum computation 54 1μm 54 experimentally demonstrated 54 temperature coefficients 54 quantum tunneling 54 Einstein Podolsky Rosen 54 potentiometric 54 rubidium vapor 54 thermoelectric cooling 54 collinear 54 Boltzmann 54 ellipsoidal 54 molecule spectroscopy 54 immiscible 54 stator windings 54 C# fullerenes 54 axially 54 amine scrubbing 54 cesium atom 54 Particulate Reactor TM 54 impurity atoms 54 triangular lattice 54 macroscopic quantum 54 stomatal 54 microtubes 54 nucleation 54 numerical simulation 54 neutron diffraction 54 emission wavelength 54 gold nanoclusters 54 oxide semiconductor 54 extraterrestrial UFOs 54 nondeterministic 54 photon absorption 54 lattice mismatch 54 gaussian 54 austenite 54 oscillation 54 depolarization 54 dielectric breakdown 54 equilibrated 54 AlN layer 54 counterflow 54 semiconductor nanowires 54 sine waves 54 magnetron 54 tunable diode laser 54 Vdd 54 strontium titanate 54 ultrasonic transducers 54 magnetic excitations 54 pseudogap 54 nanotube membranes 54 VSDs 54 Hysteresis 54 hydrophobicity 54 chromatographic 54 linear interpolation 54 sulfate aerosol 54 kcal mol 54 nanomesh 54 magnetospheric 54 logarithmic 54 peristaltic pump 54 rotational symmetry 54 PSMs 54 Rapid prototyping 54 oxide thickness 54 Global Warming Potential GWP 54 covalent bond 54 submicrometer 54 waveguide 54 Fig. 4B 54 simulated annealing 54 surface plasmon resonance 54 chalcogenide 54 permittivity 54 oscillation frequencies 54 tribological 54 non linearities 54 MWCNT 54 epoxy matrix 54 2μm 54 bismuth telluride 54 microwave irradiation 54 supercritical CO2 54 spin Seebeck 54 nanoflow 54 meV 54 laser excitation 54 wet FGD 54 polyhedral 54 Fig. 3a 54 delocalized 54 SOI CMOS 54 carbene 54 tomographic 54 singularities 54 rotary vane 54 biaxial 54 cuprates 54 YBCO 54 #oC [001] 54 evanescent waves 54 ultracold temperatures 54 flowability 54 microlasers 54 silicon monoxide 54 CMOS compatible 54 molecular sieves 54 electrons emitted 54 thermal coefficient 54 multipartite entanglement 54 superparamagnetic 54 infrared laser beam 54 supercurrent 54 antibody antigen 54 analyte 54 Bernoulli 54 anneal 54 interannual variability 54 topological insulator 54 photoactivation 54 tensile strengths 54 corrugation 54 Bose Einstein 54 inductive sensor 54 autosampler 54 photoelectron 54 Thermodynamic 54 sol gel 54 SPICE simulator 54 radiative 54 fluorescence intensity 54 chromatogram 54 nanostructural 54 fluorescence quenching 54 quantum cascade laser 54 nanosecond pulse 54 piezoelectric materials 54 vibrational frequency 54 ATRP 54 invariant 54 X ray diffraction microscopy 54 photoluminescence 54 X ray absorption spectroscopy 54 twin turbocharger 54 graphene transistor 54 X ray pulses 54 airflows 54 ECVT 54 MRFM 54 π 54 light scattering DLS 54 semiconducting carbon nanotubes 54 Figure 1b 54 fig. S3 54 viscoelasticity 54 spatial coherence 54 6S RNA 54 oscillator frequency 54 viscoelastic properties 54 κ 54 diamagnetic 54 complexation 54 elliptic curve 54 superposed 54 colloidal crystals 54 partial differential equations 54 microreactors 54 eutectic 54 scanning microscopy 54 NMR experiments 54 piezoelectric actuator 54 λ 54 electrically insulating 54 wavefront 54 superposition 54 ultraprecise 54 nondestructively 54 selectivities 54 dopant 54 sine wave output 54 vanadium dioxide 54 parametrically 54 sparging 54 organic TFTs 54 embrittlement 54 silica substrate 54 SNR #-#.# 53 computational complexity 53 ceramic composites 53 chirality 53 colloidal suspension 53 Schottky barrier 53 gelsolin 53 electromigration 53 reconfigurable logic 53 Ionic liquids 53 microstructural 53 parahydrogen 53 photon counting 53 Cadence Encounter Test 53 hydrofluorocarbon HFC 53 synchrotron X ray 53 cryogenically cooled 53 variable resistor 53 hydrides 53 microcantilever 53 magnetic vortices 53 wave particle duality 53 Liquid helium 53 X ray microscopy 53 non Newtonian fluids 53 nanolayers 53 linearly polarized 53 nanochannels 53 nanoworld 53 cryogenic propulsion 53 nitride semiconductor 53 depolymerization 53 NMR spectra 53 site directed mutagenesis 53 planetary gearbox 53 photosynthetic apparatus 53 microfocus 53 polynomial 53 exothermic reactions 53 electro magnetism 53 electroless copper 53 nanodroplets 53 spintronic device 53 hadron 53 wettability 53 FT IR spectroscopy 53 #um [002] 53 Flowmeter 53 chondrules 53 adsorptive 53 sinusoid 53 SNe Ia 53 #ppm ° C 53 magnons 53 thermal conductance 53 chromatograph 53 colloidal suspensions 53 nanocomposite material 53 leakage inductance 53 dentinal 53 superconductive materials 53 fluorescence detection 53 micropores 53 electrochemically 53 screw compressors 53 multilayers 53 cavitation bubbles 53 optical aberrations 53 perovskite 53 lattice vibrations 53 shear thinning 53 dc voltage 53 Young modulus 53 volute 53 calorimeters 53 mathematical formalism 53 millisecond annealing 53 microlens array 53 -# ° C [001] 53 Fig. 2b 53 athermal 53 excitons 53 Fig. 3b 53 laser resonator 53 photon flux 53 crystal lattice 53 downwelling 53 anomalous dispersion 53 multiphoton 53 Schematic diagram 53 semiconductor quantum dots 53 isotope dilution 53 interferometry 53 membrane distillation 53 Coriolis meters 53 nanomechanical devices 53 excitation 53 spherical particle 53 #oF [001] 53 heterojunction 53 aqueous phase 53 Brownian motion 53 detuning 53 electrophoretic 53 Hawking radiation 53 nonparametric 53 Gaussian beam 53 photon energies 53 intermetallic 53 titania 53 helium nuclei 53 TOF TOF 53 fluidics 53 diffraction grating 53 diffractive optical elements 53 interferometers 53 nanodevice 53 exhaust gasses 53 incompressible 53 spectroscopic technique 53 magnetic coil 53 Antarctic stratosphere 53 microcircuitry 53 heterodyne 53 polymer nanofibers 53 isotope fractionation 53 crystallite 53 atomic lattice 53 superior heat dissipation 53 spatially resolved 53 Schrödinger cat 53 electromagnetically 53 Adaptive DPSK 53 Shor algorithm 53 beam splitters 53 fig. S2 53 temperature superconductor 53 Fig. 3B 53 collimated 53 fractal pattern 53 Brillouin 53 photosystem II 53 gold nanocluster 53 electron pairing 53 electron beam welding 53 lipid membranes 53 graphene layers 53 patterning technique 53 particulate contamination 53 shunt resistor 53 Thermochemical 53 ionic conductivity 53 pyroelectric 53 enzyme catalysis 53 colorimetric 53 backpressure 53 rotational inertia 53 outcoupling 53 optical coherence 53 Fractional N 53 cuvettes 53 icosahedral 53 tensile modulus 53 scroll compressor 53 colloidal nanocrystals 53 alkane 53 pearlite 53 piezoelectric properties 53 nonlinearly 53 Pacific decadal oscillation 53 TetraMAX ATPG 53 APTIV film 53 monopolar 53 compressive stresses 53 epitaxy HVPE 53 coplanar 53 subsurface scattering 53 ion funnel 53 neutrino oscillations 53 desorption 53 Amdahl Law 53 TiN 53 dye sensitized cells 53 quantum criticality 53 electrothermal 53 Fig. 2a 53 vanadate 53 metallic nanostructures 53 chiral molecules 53 photolithographic techniques 53 phonon scattering 53 defoaming 53 spin excitations 53 multinomial 53 ratiometric 53 electric dipole 53 electrons tunneling 53 isomorphic 53 covalent bonding 53 spectral measurements 53 nanoliter scale 53 halide 53 phototransistor 53 5μm 53 stiction 53 x ray scattering 53 Fourier Transform 53 PWM signal 53 dielectric layer 53 hyperpolarization 53 sphericity 53 Inductance 53 supersaturation 53 convection currents 53 superconducting qubits 53 stilbene 53 electromechanical coupling 53 impedances 53 LTQ Orbitrap XL 53 timebase 53 degassing 53 nanowire transistors 53 zeolite membranes 53 cam lobe