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(Click for frequent words.) 73 #.#nm [001] 72 2nm 70 6nm 70 1μm 70 3nm 69 #.#nm [002] 69 #.#um [001] 68 5μm 67 #.#μm [001] 67 #μm [001] 67 5nm 67 μm diameter 66 Si substrate 65 mu m 64 linewidths 64 micron thick 64 2μm 63 8nm 63 #μm [002] 63 cm ² 63 SiO 2 63 μm thick 62 angstrom 62 meV 62 #um [002] 62 #nm #nm [002] 62 micrometer 62 cm -2 62 micrometres 62 dipole moment 62 arcsecond 62 angstroms 62 μm 62 picosecond 62 micrometre 61 mm ² 61 nanometric 61 linewidth 61 Fig. 2A 61 absorption coefficient 61 ZnSe 61 sq. mm 61 λ 60 micrometer scale 60 #nm laser [002] 60 photocurrent 60 #ksps 60 nanomesh 60 arcseconds 60 #nm [002] 60 #μ 60 polariton 60 photoemission 60 ε 60 g cm 60 capacitances 60 Fig. 3A 59 picometers 59 arcsec 59 femtosecond pulses 59 measuring #.#mm x [001] 59 nanometers billionths 59 z axis 59 silicon waveguides 59 ps nm 59 ZrO 2 59 submicrometer 59 hafnium oxide 59 Fig. 1A 59 #nm laser [001] 59 femtogram 59 microns millionths 59 wph 59 cm -3 59 FWHM 59 photon energies 58 hysteresis loop 58 #.#in [004] 58 GaN layer 58 paramagnetic 58 electron density 58 Angstroms 58 interferometric 58 AlN layer 58 mrad 58 microns 58 #.#mx #.#mx #.#m 58 resonance frequency 58 microcavities 58 #.#x#.#mm 58 x 2mm 58 CMOS transistors 58 3mm x 58 dephasing 58 Al#O# 58 SiON 58 monochromator 58 palladium Pd 58 voltage divider 58 SDS PAGE 58 x 9mm 58 polystyrene spheres 58 isotropic 58 nsec 58 TiN 58 micron diameter 58 superconducting qubit 58 MeV 58 emission wavelength 57 dI dV 57 superlattice 57 #.#Hz 57 HRTEM 57 submicron 57 microlenses 57 absorbance 57 ohm cm 57 micron pixels 57 electrically insulating 57 subwavelength 57 SAXS 57 antiferromagnetic 57 velocity dispersion 57 GaN wafers 57 ± #ppm [001] 57 photodetector 57 CdSe 57 6mm x 57 oxide thickness 57 photon detection 57 DFN packages 57 bandgaps 57 sub Angstrom 57 #cm [001] 57 pentacene 57 kcal mol 57 MoS2 57 magnon 57 keV 57 EMCCD 57 #nm wavelength [001] 57 atomically smooth 57 Michelson interferometer 57 nanoribbons 57 nm 57 electron volt 57 cm -1 57 nanometers nm 57 coplanar 57 dielectric layers 57 Josephson junction 57 monodisperse 57 ARPES 57 SiO 57 helicity 57 ms -1 57 fluorescence detection 57 #mV V 57 nanometer spatial 57 transmissivity 57 milliohm 57 x 3cm 57 #μm thick [002] 56 multilayers 56 bandgap 56 Interferometric 56 Brillouin zone 56 microcavity 56 panchromatic 56 superposed 56 Fig. 4a 56 micrometer sized 56 photodiode 56 X ray pulses 56 μm wavelength 56 optically pumped 56 silicon nanowire 56 Supplementary Fig 56 linearly polarized 56 cantilever deflection 56 Mpc 56 dipolar 56 nitride semiconductor 56 fig. S1 56 nanosecond pulse 56 ZnS 56 inhomogeneities 56 monolayer 56 mosfet 56 InSb 56 6mm x 6mm 56 titanium nitride 56 microtubes 56 magnetisation 56 diffracted 56 #.#mm diameter [002] 56 photonic crystal fiber 56 SiO2 56 milliampere 56 bilayer graphene 56 transistor arrays 56 Vsby 1 56 isotherm 56 3 x 3mm 56 valence electron 56 x #.#mm [005] 56 parasitic capacitance 56 #.#-# [029] 56 #.#mm x [003] 56 x 3mm 56 microstrip 56 bilayer 56 nm spectral 56 threshold voltages 56 perpendicular magnetic 56 pMOS 56 gaussian 56 Fig. 3B 56 P3HT 56 azimuthal 56 coercivity 56 fig. S6 56 cesium ions 56 unpolarized 56 optical lattice 56 PIN photodiode 56 absorption spectroscopy 56 silicide 56 microns thick 56 fluorescence intensity 56 indium arsenide 56 #mm# [001] 56 diffraction pattern 56 GaP 56 absorption spectra 56 #pin [001] 56 magnesium fluoride 56 nanoliter 56 Fig. 1a 55 figs. 55 #GHz [001] 55 avalanche photodiodes 55 #mm x 55 electron tunneling 55 picometer 55 collinear 55 #GBASE LR 55 Vdd 55 picoseconds 55 #nm #nm [001] 55 ° sec 55 deconvolution 55 photoconductive 55 -# ° [002] 55 undoped 55 NMR spectra 55 unpatterned 55 MgO 55 instrumentation amplifier 55 picoliter 55 7mm x 55 #bits 55 silicate dust 55 microlens 55 silica spheres 55 Interpolation 55 quasiparticle 55 Å -1 55 Fig. 2B 55 UV wavelengths 55 Fig. 2D 55 1mm 55 wavelength tunability 55 illuminance 55 2dB 55 nanometer wavelength 55 scanning electron microscope SEM 55 m 55 dipole dipole 55 mm f/#.# ASPH 55 intramolecular 55 fig. S2 55 #.#x#.#x#.# 55 parsec 55 linear interpolation 55 Fig. 4B 55 X ray absorption spectroscopy 55 optically transparent 55 nanocrystalline 55 electron diffraction 55 μs 55 #x# mm [004] 55 InAs 55 circular dichroism 55 dielectric constant 55 Fig. 1b 55 chromatogram 55 monolayers 55 antiparallel 55 1mm thick 55 synthetic aperture 55 SNe Ia 55 HfSiON 55 ultraviolet wavelength 55 mK 55 #.#mm x [002] 55 sapphire wafer 55 micrometre sized 55 photonic crystal 55 microwatt 55 #mm ² [001] 55 valence band 55 Shutter speeds 55 Schematic representation 55 NMOS 55 micrometre scale 55 aluminum nitride 55 .8 mm 55 heterojunction 55 intracavity 55 millivolts 55 Ti sapphire laser 55 strontium titanate 55 m z 55 electron transistor 55 mH 55 #nm wavelengths 55 conductivities 55 MCP# AFE 55 zirconium oxide 55 X ray diffraction pattern 55 graphene nanoribbons 55 InGaN 55 photon absorption 55 nanoindentation 55 Fig. 2b 55 photoluminescence 55 Fig. 2a 55 diffraction grating 55 pore diameters 55 μsec 55 nanometers 55 SQUIDs 55 -# ° C [001] 55 micrometer thick 55 Mott insulator 55 monochromators 55 optical waveguides 55 anisotropic 55 thermal EMF 55 #um [001] 55 orbitals 55 diatomic 55 ± #.#dB 55 GaN layers 55 Fig. 1C 55 phonon 55 Fig. 1c 55 magnesium ion 55 conductive epoxy 55 x 5mm 55 mesoscopic 55 Bose Einstein Condensate 55 linear encoder 55 fluorescence excitation 55 dopant 55 SWCNT 54 planar 54 #x#mm [002] 54 4mm x 54 silicon waveguide 54 icosahedral 54 mV V 54 photon counting 54 metallisation 54 nm wavelengths 54 ionization mass spectrometry 54 graphene sheet 54 FinFET 54 thermodynamic equilibrium 54 YBCO 54 nm excitation 54 wavefronts 54 thermal gradients 54 ratiometric 54 2mm x 2mm 54 #.#mm x #.#mm [002] 54 multimode optical fiber 54 manganite 54 fs pulses 54 optical encoder 54 rms noise 54 integral nonlinearity INL 54 mm2 54 fig. S5 54 scanning electron microscopes 54 sulphide breccia 54 chemiluminescence 54 radiometry 54 #ppm U 54 Fig. 4c 54 cesium vapor 54 kilobases 54 vanadium oxide 54 CuO 54 Fabry Perot 54 dispersive 54 diffusion coefficient 54 Yb 54 collimators 54 input impedance 54 galactic disk 54 diffraction patterns 54 electron bunches 54 Fourier transform 54 #.#nm [003] 54 timebase 54 graphene ribbons 54 passivation layer 54 Fig. 1D 54 4mA 54 TiO 54 subnanometer 54 annealing temperature 54 niobium titanium 54 intermetallic compounds 54 qubit quantum 54 GPa 54 tin Sn 54 dielectric layer 54 micron 54 x 4mm 54 RGB pixels 54 crystallites 54 collimated 54 Figure 4a 54 Raman spectra 54 Dirac fermions 54 x 6mm 54 #mm# [003] 54 fluorescence emission 54 baryonic 54 variable resistor 54 planar waveguide 54 MWNT 54 nanometer billionth 54 numerical aperture NA 54 cm2 54 #.#mm thick [002] 54 1kHz 54 femtosecond pulse 54 helium nuclei 54 photobleaching 54 J# +# [002] 54 excitonic 54 ultrahigh resolution 54 emitting lasers VCSELs 54 nanopositioning stages 54 P0 54 anisotropy 54 sub micrometer 54 FC# [003] 54 CMOS wafers 54 MnO 54 #mm# [002] 54 passivated 54 W#A [001] 54 TDFN packages 54 k dielectric 54 compressive stress 54 micron wavelength 54 deformable mirror 54 surface plasmons 54 #KHz [001] 54 electroluminescence EL 54 nanofabricated 54 molecular orbitals 54 photolysis 54 nanoribbon 54 DFN package 54 gate electrode 54 nonpolar GaN 54 -1 ^ 54 #.#W [004] 54 microvolts 54 sub picosecond 54 epitaxial layer 54 Fig. 4C 54 Schottky barrier 54 nm VCSEL 54 arcmin 54 isotherms 54 photodiode array 54 DFT calculations 54 shaft diameters 54 inelastic scattering 54 luma 54 nH 53 #μs [002] 53 #oC [001] 53 heterostructure 53 magnetization 53 capacitively coupled 53 x 7mm 53 resonant frequencies 53 phototransistors 53 AlN 53 nucleon 53 desorbed 53 #x#x# mm [003] 53 boron atoms 53 fig. S3 53 #.#μ 53 oscillator frequency 53 1mm x 1mm 53 AlGaAs 53 Figure 1C 53 PIN photodiodes 53 oxide thickness EOT 53 millimeters mm 53 pellicle 53 electron doped 53 AlGaN 53 #ns [002] 53 #x#x# [003] 53 kΩ 53 quadrillionth 53 toroid 53 defect densities 53 silicon Si 53 #mm ² [002] 53 mbar 53 1W LEDs 53 HEMTs 53 crystallinity 53 pulse durations 53 eutectic 53 optically coupled 53 focused ion beam 53 optical spectrum analyzer 53 nanotubes nanowires 53 superparamagnetic 53 InGaAs 53 #Hz [002] 53 x ray beam 53 hyperfine 53 arcminutes 53 spherical particles 53 bandpass 53 donor acceptor 53 OP# [003] 53 #.#mm diameter [001] 53 paraffin embedded tissue 53 UV VIS 53 cadmium sulfide 53 vibrationally excited 53 Fig. 1B 53 Fig. 3b 53 transimpedance amplifier 53 GFlops 53 antineutrino 53 self assembled monolayer 53 thermally stable 53 exciton 53 bandpass filter 53 beam splitter 53 polarization multiplexed 53 τ 53 graphene nanoribbon 53 θ 53 optical waveguide 53 magnetostrictive 53 fA 53 nanometers nanometer 53 Nova NanoSEM 53 optical microscopy 53 Unit Telescopes 53 fluorescence quenching 53 birefringence 53 tetragonal 53 nanorod 53 polaritons 53 scintillator 53 5mm x 5mm 53 Fig. 3d 53 #:#.#-#.# 53 attoseconds 53 κ 53 picogram 53 Earth radii 53 millimeter mm 53 mesoporous 53 trimers 53 #ms response 53 polarimetry 53 nanotube arrays 53 anneal 53 manganese atoms 53 ± #.#mm [002] 53 PIN diode 53 MWIR 53 surface mountable 53 ohmic contacts 53 kilobase 53 2mm x #.#mm 53 magnetic permeability 53 μW 53 pn junction 53 multiphoton 53 diffract 53 fluorescence microscope 53 electron pairs 53 wafer uniformity 53 layer graphene 53 excitation wavelengths 53 cm ^ sup 53 mobilities 53 quantum oscillations 53 silicon atoms 53 #.#mm x #.#mm x [002] 53 wafer thickness 53 NWs 53 μV 53 particle sizes 53 confocal 53 Cu Cu 53 2kHz 53 5mm x 53 silicate glass 53 microstructured 53 ellipsoids 53 amplicon 53 tiny 3mm x 53 diffusive 53 photomultiplier tubes 53 ESO telescope 53 pulse width modulator PWM 53 indium gallium arsenide InGaAs 53 2kV 53 helium atoms 53 singlemode fiber 53 microlens array 53 η 53 #.#mm x [004] 53 airglow 53 #x#cm [001] 53 wavelength tunable 53 midplane 53 electrospray ionization 53 cm sec 53 LiNbO3 53 pentacene molecule 53 #Msps [002] 53 nanodot 53 FLD glass 53 graphene layers 53 semiconducting material 53 #.#kHz [001] 53 magnetic susceptibility 53 numerical aperture 53 amplitudes 53 1Mbyte 53 microvolt 53 ellipsoidal 53 S#W [001] 53 mT 53 piezo actuator 53 collimator 53 indium gallium nitride 53 UV absorbance 53 nm wavelength 53 nanoliters 53 inch rack mountable 53 rms jitter 53 TEGA ovens 53 MQW 53 fast Fourier transform 53 angstrom resolution 53 capacitive coupling 53 #ppb [001] 53 compressive strain 53 ⁰ C 52 spectroscopically 52 thermal equilibrium 52 #nm nodes 52 φ 52 #MS s [002] 52 capillary tubes 52 femtosecond 52 Force Microscopy 52 multipole 52 numerical apertures 52 quantum cascade 52 #.#mm [002] 52 5V CMOS 52 lattice mismatch 52 gravitational redshift 52 single photon detectors 52 nanobelts 52 CCD detector 52 x 8mm 52 VLT telescope 52 vorticity 52 interferometers 52 5mA 52 FinFETs 52 gravitationally lensed 52 LWIR 52 lithographically patterned 52 waveband 52 cuprate 52 S#T [001] 52 #nm [003] 52 X ray binaries 52 perturbation theory 52 ssDNA 52 COOH 52 van der Waals interactions 52 mN 52 gate dielectrics 52 Femtosecond 52 nematic 52 √ Hz 52 ± #.#mm [001] 52 topological defects 52 micrograph 52 nms 52 thickness uniformity 52 mm LFCSP 52 potassically altered 52 .# micron 52 water vapor permeability 52 4 x 4mm 52 hexagonal lattice 52 msec 52 ultrahigh vacuum 52 nT 52 resonant cavity 52 spectrophotometry 52 #.#mm x #.#mm [003] 52 diffraction limit 52 x 4cm 52 degC 52 luminosities 52 refractive index 52 W mK 52 singlemode 52 spectral bands 52 MALDI TOF 52 submillimetre wavelengths 52 #.#mx [001] 52 tensile stress 52 e beam lithography 52 3mm x 3mm 52 #ppm ° C 52 cobalt atoms 52 powder diffraction 52 x #dpi [002] 52 metallic nanostructures 52 electron transistors 52 FeO 52 #pF [001] 52 incremental encoders 52 sapphire substrate 52 FE SEM 52 IR LEDs 52 epitaxially grown 52 kbit 52 8GHz 52 electrons tunneling 52 electron spins 52 centimetric 52 oscillation frequency 52 SO8 52 graphitic 52 #sq [003] 52 sub micron 52 CIGS Copper Indium 52 dielectrics 52 roentgen 52 terahertz waves 52 Sitrans 52 ab initio calculations 52 piezo ceramic 52 micrometers 52 felsic tuff 52 GeV 52 XFP optical 52 ringlike 52 scintillators 52 microcrystalline 52 x 2in 52 millimeter diameter 52 mF 52 polycrystalline 52 lp mm 52 linear axes 52 sheeted quartz veinlets 52 mS 52 piezoelectric properties 52 optomechanical 52 electrons orbiting 52 electron optics 52 conductance 52 SWNTs 52 ion traps 52 electron scattering 52 zinc oxide ZnO 52 amplicons 52 ZnO 52 FDSOI 52 tantalum nitride 52 ring resonators 52 oxynitride 52 HfO2 52 #mm x #.#mm [002] 52 MEMS resonator 52 inhomogeneity 52 #m@#.# % [002] 52 emission spectra 52 delocalized 52 planarization 52 cobalt atom 52 #.#m #.#m [004] 52 colloidal crystals 52 outcoupling 52 photomultiplier 52 nanocrystal 52 ± #ppm [002] 52 toroidal 52 QFPs 52 femtosecond laser pulses 52 Fig. 1E 52 thermopile 52 piezoresistive 52 multicell 52 hyperspectral imager 52 rheometer 52 emitting lasers 52 doped silicon 52 heterojunctions 52 nonpolar 52 5mm thick 52 impedances 52 μm particle 52 nanochannels 52 narrow linewidth 52 stripline 52 circularly polarized 52 variogram 52 ion trap 52 flexures 52 #.#mm ² 52 #.#x#.# 52 #pF [002] 52 #cm x 52 MΩ 52 QCLs 52 Photonic crystals 52 scanning electron 52 scanning microscopy 52 dimensional tolerances 52 rotary encoder 52 crackle breccia 52 SUSY 52 x #.#in [001] 52 lasing wavelength 52 x 1mm 52 inhomogeneous 52 semiconductor quantum dots 52 vanadate 52 photoelectron spectroscopy 52 SOIC package 52 #.#pF 52 semiconducting nanowires 52 tri axial 52 widefield 52 Fig. 3c 52 blackbody 52 Mg Fe 52 bending radii 52 cadmium selenide 52 ellipsometry 52 galvo 52 #x# mm [003] 52 F/#.# 52 #ps [002] 52 #.#x# [002] 52 poly L lysine 52 passband 52 x ray spectroscopy 52 quasicrystal 52 linearized 52 pulsewidth 52 CdS 52 Ascentis Express 52 deuterated 52 Fig. 2C 52 x ray microscopy 52 sulphide veinlets 52 brightfield 52 microphone preamplifier 52 fluorophores 52 photolithographic 52 reflowed 52 moduli 52 darkfield 52 electron ion 52 #x#x# [009] 52 electron volts eV 52 nanopositioning 52 μL 52 anthracene 52 microampere 52 Bose Einstein condensates 52 aspherical lens 52 #.#Ω 52 #GHz bandwidth 52 surface plasmon resonance 52 nonlinearities 52 MBd 52 fermion 51 radii 51 AlGaN GaN 51 #.#W [003] 51 dB attenuation 51 micrometres thick 51 Mosfets 51 ν 51 3mm 51 TSSOP# 51 Cr#O# 51 dc voltage 51 weld seams 51 x #.#cm [001] 51 spacings 51 nonmagnetic 51 S# S# S# S# 51 CIS CIGS 51 shorter wavelengths 51 catalytically active 51 emit photon 51 Zr 51 optical wavelength 51 spectrally 51 supercontinuum generation 51 luminous intensity 51 ferrite 51 uniformities 51 nanodots 51 CMOS circuits 51 Oph 51 RC oscillator 51 CCD camera 51 temperature coefficient 51 pulse widths 51 microresonator 51 vibrational modes 51 resistive element 51 spectroscopic techniques 51 8mm diameter 51 7mm thick 51 permittivity 51 inductive sensor 51 Chromatic aberration 51 x ray pulses 51 #Kb [001] 51 #nm immersion 51 dumbbell shaped 51 diameter payload fairing 51 Entangled photons 51 #kHz sampling [001] 51 reflectometry 51 MWCNTs 51 Schematic diagram 51 6T SRAM 51 σ 51 nanobubble 51 horizontally polarized 51 um CMOS 51 Kbits 51 servo amplifier 51 argon fluoride 51 backscattered 51 Nanometer 51 4mm thick 51 electronvolts 51 functionalized 51 directivity 51 surface plasmon 51 Coulomb blockade 51 SMT LEDs 51 DFB laser 51 #.#mm x #.#mm [004] 51 PCR amplification 51 oligomer 51 THz frequencies 51 ultraviolet laser 51 nanoholes