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(Click for frequent words.) 70 dipole moment 69 anisotropic 68 micrometer scale 68 inhomogeneous 68 photoemission 68 collimated 67 anisotropy 67 dispersive 67 polariton 66 dielectric constant 66 absorption spectra 66 microcavities 65 z axis 65 dipolar 65 refractive index 65 resonance frequency 65 microcavity 65 magnetisation 65 linewidth 65 paramagnetic 65 absorbance 65 ARPES 65 THz radiation 65 exciton 64 inhomogeneities 64 linearly polarized 64 antiferromagnetic 64 diffusive 64 antiparallel 64 dopant 64 phonon 64 subwavelength 64 electron density 64 meV 64 quasicrystal 64 polaritons 64 uniaxial 64 SiO 2 64 nonlinearity 64 photocurrent 64 crystallinity 64 enthalpy 64 conductance 64 birefringence 64 magnon 64 nonlinear optical 63 wavefunction 63 velocity dispersion 63 Si substrate 63 unpolarized 63 dipoles 63 surface plasmon 63 Mott insulator 63 bandgaps 63 magnetization 63 cantilever deflection 63 azimuthal 63 nanometric 63 Young modulus 63 inhomogeneity 63 manganite 63 coplanar 63 electrical resistivity 63 electron pairs 63 absorption spectroscopy 63 hyperfine 63 diffraction pattern 63 dI dV 63 intramolecular 63 circular dichroism 63 toroid 63 optical resonator 63 5μm 63 photoluminescence 63 birefringent 63 mrad 63 nanomesh 63 beam splitter 62 Josephson junction 62 #μm [002] 62 gaussian 62 electron diffraction 62 bosonic 62 quasiparticle 62 mesoscopic 62 photonic crystal 62 #um [002] 62 photon energies 62 electrically insulating 62 X ray pulses 62 crystallites 62 #μm [001] 62 Fig. 1a 62 thermally stable 62 backscattering 62 directivity 62 cm ² 62 interferometry 62 horizontally polarized 62 elastic modulus 62 cm -1 62 sub picosecond 62 calorimetric 62 absorption coefficient 62 martensite 62 optically transparent 62 pentacene molecule 62 photoelectron 62 diffracted 62 toroidal 62 tensile stress 62 μm thick 62 diffusion coefficients 62 biaxial 62 electrophoretic 61 nematic 61 electron tunneling 61 photodetector 61 interferometric 61 vanadium dioxide 61 modulus 61 μm diameter 61 planar 61 ellipsoids 61 refractive indices 61 conductivity 61 ferroelectricity 61 SAXS 61 blackbody 61 inelastic scattering 61 wavefronts 61 FWHM 61 surface roughness 61 linearized 61 LiNbO3 61 1μm 61 helicity 61 oscillation amplitude 61 Bose Einstein condensates 61 YBCO 61 fused silica 61 elastic moduli 61 magnetization reversal 61 InAs 61 passband 61 supercurrent 61 QDs 61 ferromagnet 61 Nernst 61 monodisperse 61 hysteresis 61 diffusivity 61 keV 61 excitations 61 dephasing 61 superposed 61 GPa 61 delocalized 61 x ray scattering 60 electronic excitations 60 thermally activated 60 fermionic 60 SiO2 60 fluorescence intensity 60 fluorescence emission 60 TappingMode 60 tetrahedral 60 pentacene 60 electron 60 InGaAs 60 ion microscope 60 photobleaching 60 #.#nm [002] 60 Raman spectra 60 interferometers 60 spectroscopic analysis 60 fluorescence spectroscopy 60 phonons 60 HRTEM 60 backscattered 60 mu m 60 powder diffraction 60 μm 60 CdSe 60 Raman scattering 60 dielectric constants 60 Bragg grating 60 electron doped 60 ionisation 60 undoped 60 Dirac fermions 60 interfacial 60 ferrite 60 optical wavelengths 60 γ 60 Gaussian beam 60 liquid crystal molecules 60 ferroelectric 60 bilayer graphene 60 ferromagnetism 60 demagnetization 60 tetragonal 60 photon counting 60 gravitational radiation 60 superlattice 60 dipole 60 cuprate 60 electron emission 60 electron spins 60 dimensional electron 60 bandgap 60 strontium titanate 60 adiabatic 60 perturbation theory 60 heterojunctions 60 vibrational modes 60 entangled qubits 60 post perovskite 60 PIN diode 60 PbS 60 orbital angular momentum 60 #nm #nm [001] 60 laser speckle 60 amplitudes 60 X ray microscopy 60 lattice mismatch 60 collinear 60 valence electron 60 nanoindentation 60 radiometry 59 optical lattice 59 eutectic 59 magnetic dipole 59 nitride semiconductor 59 quantum particle 59 spherical particles 59 polycrystalline 59 heterostructure 59 arcsecond 59 amperometric 59 martensitic 59 SWCNT 59 excitation energies 59 θ 59 diffracting 59 cm -2 59 photoconductive 59 kcal mol 59 friction coefficients 59 permittivity 59 #.#μm [001] 59 optically pumped 59 dielectrics 59 graphene layers 59 phototransistor 59 compressibility 59 dielectric 59 φ 59 bilayer 59 micrometre sized 59 spectroscopic ellipsometry 59 photodiode 59 photon flux 59 thermally induced 59 orbitals 59 coercivity 59 superconducting qubit 59 corona discharge 59 magnetostrictive 59 heterodyne 59 photoionization 59 τ 59 thermal conductivities 59 ZnO 59 colloidal crystals 59 photomultiplier tubes 59 voltage divider 59 steric 59 scanning microscopy 59 frictional heating 59 diffraction patterns 59 QCLs 59 emit photon 59 polarimetry 59 femtosecond pulse 59 rheological 59 photon absorption 59 MOS transistors 59 λ 59 fermion 59 superlattices 59 diffusion coefficient 59 supersolid 59 epitaxial layer 59 pn junctions 59 MEMS resonators 59 helium ions 59 gravitational redshift 59 metastable 59 nonequilibrium 59 2μm 59 oscillation frequency 59 resonant frequencies 59 scintillator 59 resonant frequency 59 pn junction 59 tensor 59 Michelson interferometer 59 AFM probes 59 ellipsometry 59 spectra 59 AlGaN 59 micron thick 59 boron nitride 59 NMR spectra 59 atomic lattice 59 van der Waals interactions 59 plasmon 58 resonant cavity 58 multilayers 58 calcium fluoride 58 vertically polarized 58 parasitic capacitance 58 particle acceleration 58 microlasers 58 geometries 58 millimeter wavelengths 58 photon fluorescence 58 Maxwell equations 58 emission spectra 58 layer graphene 58 emittance 58 weak gravitational lensing 58 micrometer 58 crystalline solids 58 semiconducting properties 58 Bessel beam 58 Coulomb blockade 58 detector arrays 58 femtosecond pulses 58 dielectric materials 58 IR wavelengths 58 cm -3 58 spherical particle 58 spacetime 58 ellipsoid 58 microstructures 58 electron pairing 58 ε 58 heterojunction 58 ferromagnetic 58 bistable 58 quantum coherence 58 outcoupling 58 intermetallic 58 dielectric permittivity 58 dB insertion loss 58 transmissive 58 excitonic 58 Lorentzian 58 submillimeter 58 Fig. 1b 58 rheometer 58 AlN 58 micromachined 58 GaN layer 58 adsorbate 58 cesium atom 58 Rydberg atom 58 x ray diffraction 58 leakage currents 58 electric dipole 58 polarimeter 58 SWNT 58 chalcogenide 58 amplitude modulated 58 supercontinuum generation 58 cuprates 58 SQUIDs 58 redshifts 58 silicate dust 58 photometry 58 quantum oscillations 58 Fourier transform 58 monolayer 58 scanning electron 58 compressive stress 58 bandpass filter 58 quantum mechanically 58 monochromator 58 oscillatory 58 diffraction grating 58 elastic deformation 58 dielectric breakdown 58 chromite grains 58 coating thickness 58 terahertz radiation 58 cadmium selenide 58 decoherence 58 indium tin oxide ITO 58 magnetoresistance 58 circularly polarized light 58 crystal lattice 58 electrical conductivity 58 Schematic illustration 58 temperature coefficients 58 1nm 58 Casimir cavity 58 ionic conductivity 58 bismuth telluride 58 ZnSe 58 nanopillar 58 magnetic excitations 58 laser excitation 58 rubidium vapor 58 shorter wavelengths 58 echogenic 58 electrically conductive 58 submicron 58 dichroic 58 Interferometric 58 ultraviolet wavelength 58 input impedance 58 ferromagnetic materials 58 piezoresistive 58 amplitude modulation 58 GaP 58 picoseconds 58 triangular lattice 58 scanning tunneling microscopy 58 pyrometer 58 Figure 2a 57 DFT calculations 57 pyroelectric 57 magnetic susceptibility 57 arcseconds 57 photonic crystal fibers 57 autocorrelation 57 palladium Pd 57 wavelength tunability 57 fluorescence quenching 57 thermodynamic equilibrium 57 semiconducting 57 topological defects 57 evanescent waves 57 macroscopic 57 darkfield 57 intermetallic compounds 57 Fabry Perot 57 tunable filter 57 radiative cooling 57 boron atoms 57 resistive element 57 elemental composition 57 fluorescence excitation 57 optical sectioning 57 SiO 57 capacitances 57 nanotubes nanowires 57 x ray beam 57 nanoribbon 57 photolysis 57 magnetic permeability 57 X ray scattering 57 anneal 57 deconvolution 57 AGNs 57 shear modulus 57 Fig. 1A 57 NWs 57 polyhedral 57 monolayer graphene 57 resonant tunneling 57 microwave frequencies 57 Fig. 4A 57 microlens 57 MgO 57 valence band 57 dimensional nanostructures 57 electron volt 57 dissipative 57 frequency comb 57 electromagnetic flux 57 hafnium oxide 57 X ray emission 57 orthogonal directions 57 scanning electron microscopes 57 MWNT 57 lattice vibrations 57 terahertz THz 57 photodiode array 57 crystalline lattice 57 spectroscopy 57 ohmic 57 bistability 57 metallic nanostructures 57 non dispersive infrared 57 thermal conduction 57 phototransistors 57 equilibration 57 sphericity 57 concentricity 57 electret 57 periodic oscillations 57 σ 57 wavelet transform 57 conductive 57 radiative recombination 57 ferrites 57 emission wavelength 57 confocal microscopy 57 arcsec 57 micrometre 57 magnetron sputtering 57 picosecond 57 relativistic particles 57 superlenses 57 5nm 57 hydrophobicity 57 vibrationally excited 57 ultracold atoms 57 PIN photodiode 57 ferroelectrics 57 #.#um [001] 57 nanomechanical 57 inorganic semiconductors 57 laser interferometers 57 self assembled monolayer 57 isotherms 57 ab initio calculations 57 dielectric layers 57 alkane 57 W boson 57 electron transistor 57 desorbed 57 2nm 57 nucleation 57 transparent conductive coatings 57 synchrotron X ray 57 nonmagnetic 57 photon beams 57 excitons 57 thermal gradients 57 lowpass filter 57 electron proton 57 Gaussian 57 toroids 57 #nm laser [002] 57 InGaN 57 ellipsoidal 57 threshold voltages 57 photoconversion 57 fluorescence detection 57 macrocycle 57 spin precession 57 Rayleigh scattering 57 inductances 57 recrystallization 57 nanolayers 57 ZrO 2 57 analyte 57 deterministic jitter 57 electrons emitted 57 melt viscosity 57 cementite 57 tomographic 57 z = 57 nonconducting 57 Nd YAG 57 InSb 57 anodic 57 dopants 57 quasiparticles 57 hydrophobic interactions 57 antiferromagnets 57 terahertz waves 57 electron positron pairs 57 5V CMOS 57 acoustic impedance 57 plasmons 57 Entangled photons 57 Josephson junctions 57 conductive epoxy 57 Fig. 4B 57 gate electrode 57 nonlinearities 57 femtosecond 57 oxyhemoglobin 57 Photonic crystals 57 nanosecond pulse 57 Fig. 2b 57 thermal conductivity 57 stoichiometric 57 pulse durations 57 ultrathin layer 56 autofluorescence 56 inductance 56 pulsed laser deposition 56 circumstellar 56 optical lattices 56 icosahedral 56 stimulated emission 56 Fig. 1c 56 electron scattering 56 semiconducting material 56 irradiance 56 silicide 56 voxel 56 eigenvalues 56 filamentary 56 planar waveguide 56 Force Microscopy 56 heterogeneities 56 isomeric 56 particle sizes 56 beamsplitters 56 magnetic anisotropy 56 nonpolar 56 finely dispersed 56 cadmium sulfide 56 Brillouin zone 56 piezo ceramic 56 luminosities 56 Brillouin 56 soliton 56 atomically smooth 56 emission spectroscopy 56 interatomic 56 ZnS 56 Figure 4a 56 circumstellar disk 56 Fig. 3A 56 optomechanical 56 axial 56 submicrometer 56 chemiluminescence 56 valence electrons 56 pseudogap 56 mesoporous 56 femtosecond laser pulses 56 bilayers 56 linewidths 56 #nm laser [001] 56 mK 56 reflectometry 56 electromigration 56 UV VIS 56 particle morphology 56 conductivities 56 optical microscopy 56 κ 56 oxide semiconductor 56 highly collimated 56 MeV 56 underfill 56 optical spectroscopy 56 silicon waveguide 56 nucleons 56 laser interferometer 56 nanopillars 56 radii 56 silicon Si 56 longitudinal axis 56 ultracold 56 synthetic aperture 56 capacitive coupling 56 antineutrino 56 resonators 56 nanocrystalline 56 solvation 56 circularly polarized 56 femtoseconds 56 weld seams 56 m z 56 yttrium barium copper 56 barium titanate 56 detuning 56 topological insulators 56 macroscopically 56 resonator 56 X ray absorption spectroscopy 56 Repeatability 56 arcminutes 56 Fig. 2A 56 vibrational spectroscopy 56 piezoelectric materials 56 x ray pulses 56 perovskite 56 conduction electrons 56 dielectric layer 56 punctate 56 fig. S3 56 GaAs AlGaAs 56 solitons 56 transmittance 56 impedance measurements 56 photoelectron spectroscopy 56 Doppler shift 56 filamentary structure 56 copper oxide superconductors 56 Fig. 3B 56 UV lasers 56 VCSELs 56 angular displacement 56 P3HT 56 Boltzmann constant 56 SNe Ia 56 microvolts 56 thermal decomposition 56 donor acceptor 56 indenter 56 Fig. 2B 56 quantum tunneling 56 gradational 56 ultrananocrystalline diamond 56 atomically sharp 56 PIN diodes 56 quantum cascade 56 semiconductor nanostructures 56 tropospheric 56 numerical aperture 56 radiative 56 waviness 56 wave particle duality 56 superluminal 56 sorption 56 compressive strain 56 lithographic processes 56 nanotube arrays 56 optical waveguides 56 wirewound 56 spherically symmetric 56 excitation 56 attosecond 56 quantization 56 fluorescence spectra 56 electrospray 56 micromirror 56 colorimetry 56 aspherical lens 56 CMOS transistors 56 temperature gradients 56 functionalization 56 ratiometric 56 microscale 56 Fig. 2a 56 waveguide 56 PZT 56 intergranular 56 indium gallium arsenide InGaAs 56 nanometers nm 56 silicon waveguides 56 multiphoton 56 Bose Einstein Condensate 56 diffraction 56 superfluid 56 thermal EMF 56 dielectrophoresis 56 weakly interacting 56 visible wavelengths 56 moduli 56 hexamers 56 germanium silicon 56 antireflection 56 nanodot 56 brightfield 56 Fig. 4b 56 absorbs photon 56 zirconium oxide 56 chemical reactivity 56 ion traps 56 microfabricated 56 weldability 56 fig. S1 56 thermomechanical 56 torus 56 emissivity 56 micromirrors 56 DUTs 56 electron beams 56 Spectroscopic 56 Capacitance 56 PIN photodiodes 56 surface plasmon resonance 56 silicon atoms 56 Qspeed diodes 56 transmissivity 56 wettability 56 isotope fractionation 55 quantized 55 GaN nanowires 55 silicon nitride 55 microlenses 55 synchrotron emission 55 interfacial tension 55 unmixing 55 4mA 55 fluid viscosity 55 adsorption 55 correlated electron 55 micrometre scale 55 UV photons 55 timebase 55 ultrahigh resolution 55 carbon nanotube CNT 55 graphitic 55 electroluminescence EL 55 DPSS lasers 55 CMOS fabrication 55 quantum cascade lasers 55 foil resistor 55 optical excitation 55 anomalous dispersion 55 planarity 55 waveguides 55 micromechanical 55 diffractive 55 Einstein equations 55 erbium 55 2dB 55 heavy fermion 55 intermolecular forces 55 atomically thin 55 delta sigma 55 superparamagnetic 55 reflectance 55 crystal lattices 55 vanadium oxide 55 fig. S2 55 spectroscopically 55 photonic bandgap 55 prolate 55 Raman spectroscopy 55 Nova NanoSEM 55 dipole dipole 55 MOS transistor 55 wafer thickness 55 mV V 55 nsec 55 MWCNT 55 spatial coherence 55 reflectance spectroscopy 55 THz 55 nonzero 55 antibody antigen 55 thermodynamically 55 conductive adhesive 55 X ray spectroscopy 55 dispersion 55 microporous 55 overmolding 55 surface plasmons 55 ionised gas 55 sputter deposition 55 eclipsing binary 55 pore sizes 55 heterostructures 55 magnons 55 Fig. 3b 55 stoichiometry 55 metallicity 55 mT 55 thermal annealing 55 elliptic 55 stellar occultation 55 anions 55 Indium Phosphide 55 THz frequencies 55 diffract 55 superconducting 55 chalcogenide glass 55 colloidal particles 55 annealing 55 extrudate 55 sigmoidal 55 spectral Doppler 55 asymptotic 55 Fig. 1D 55 MQW 55 diatomic 55 pMOS 55 Nd YAG lasers 55 breakdown voltages 55 thermal conductance 55 anechoic 55 meridional flow 55 electrochemical sensor 55 poly L lysine 55 Mössbauer 55 muon neutrino 55 tunable filters 55 gamma rays emitted 55 emissive 55 substrate 55 transconductance 55 semiconductor nanowires 55 spectral 55 adsorptive 55 interdigitated 55 reaction kinetics 55 electromechanical coupling 55 infrared spectra 55 superpositions 55 photons emitted 55 UV wavelengths 55 iron pnictides 55 μs 55 linearly polarized light 55 temperature gradient 55 SiC substrates 55 crystallographic 55 spatially resolved 55 picometers 55 superconducting qubits 55 PEDOT PSS 55 illuminance 55 laser resonator 55 Bose Einstein condensation 55 tetrahedra 55 colorimetric 55 crosslinking 55 #μs [002] 55 electrochemical capacitors 55 thermocouples 55 anionic 55 resonance frequencies 55 sinusoidal 55 optical encoder 55 silicon nanowire 55 entangled quantum 55 nanosized 55 frequency harmonics 55 semiconductive 55 Fig. 4a 55 converter topologies 55 micron diameter 55 #nm #nm [002] 55 hyperpolarization 55 Tunable 55 microstrip 55 #.#uF 55 hydrated electron 55 spectroscopic 55 controllably 55 semiconducting carbon nanotubes 55 rotationally symmetric 55 conjugated polymers 55 radiative transfer 55 Near Infrared NIR 55 submillimetre wavelengths 55 beam splitters 55 excitation wavelengths 55 ultrashort pulses 55 alkene 55 epitaxy HVPE 55 rotational axis 55 linear axes 55 photothermal 55 opto electrical 55 semiconducting nanowires 55 doped silicon 55 depolarization 55 cyclization 55 wavefront 55 avalanche photodiode 55 nm wavelength 55 pulsed lasers 55 MESFET 55 conventional superconductors 55 delaminations 55 aqueous solution 55 tensile strain 55 Anisotropy 55 CuO 55 Schrodinger equation 55 parasitic capacitances 55 convective heat 55 electrodynamics 55 CMB photons 55 spectroscopic technique 55 Figure 1b 55 quantum superposition 55 microstructural 55 lattice spacing 55 spectrophotometry 55 carbides 55 thermo mechanical 55 scintillators 55 lasing threshold 55 TiN 55 lightwave 55 LWIR 55 single photon detectors 55 electron beam 55 relativistic protons 55 Fourier transforms 54 impedance input 54 figs. 54 oscillator frequency