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(Click for frequent words.) 69 angstroms 65 angstrom 64 arcsecond 64 arcsec 64 micrometre 63 #.#μm [001] 62 FWHM 62 micrometres 62 nanometers billionths 62 kilobases 62 mu m 61 arcseconds 61 1μm 60 nanometers 60 picoseconds 60 #.#nm [002] 60 5μm 60 microns 59 picometers 59 g cm 59 meV 59 μm 59 m z 59 2nm 59 femtoseconds 58 micron pixels 58 micrometers 58 1nm 58 angstrom resolution 58 micron thick 58 λ 58 picometer 58 mm ² 58 electronvolts 58 electron volt 58 micrometer 58 Supplementary Table 58 microns millionths 57 m 57 Raman spectra 57 μS cm 57 kilobase 56 micrometers thick 56 submicrometer 56 Astronomical Units 56 2μm 56 μm diameter 56 #nm #nm [001] 56 attoseconds 56 sub angstrom 56 HRTEM 56 micrometer scale 56 ohm cm 56 cm -2 56 nanometers nm 55 spectral bands 55 kpc 55 #.#um [001] 55 5nm 55 cm sec 55 Unit Telescopes 55 nanometers thick 55 nanowatts 55 foot lamberts 55 microwatt 55 cryo electron microscopy 55 milliarcseconds 55 dipole moment 55 kcal mol 55 diffraction pattern 55 GPa 55 cm -3 55 millivolts 55 ε 55 mrad 55 meter panchromatic 55 mm2 55 arcminutes 55 linewidth 54 femtogram 54 keV 54 photodetector 54 sq. mm 54 nm excitation 54 photon energies 54 cm -1 54 microlenses 54 cm ^ sup 54 spatial resolution 54 kDa 54 nH 54 picogram 54 femtosecond 54 monochromator 54 ° sec 54 Mpc 54 circular dichroism 54 Å -1 54 deconvolution 54 pmol 54 micron diameter 54 polarimetry 54 polystyrene spheres 53 μm thick 53 σ 53 InAs 53 hydrodynamic radius 53 Fig. 2A 53 panchromatic imagery 53 oxide thickness EOT 53 silicon waveguides 53 absorbance 53 quadrillionth 53 #μm [001] 53 ± #.#mm [001] 53 Fig. 1A 53 X ray pulses 53 Supplementary Fig 53 synthetic aperture 53 Shutter speeds 53 #μm [002] 53 z = 53 nanodot 53 #.#nm [001] 53 photon fluorescence 53 quasiparticle 53 SiO 2 53 microwatts 53 illuminance 53 photodiodes 53 arcmin 53 6nm 53 DFT calculations 53 Si substrate 53 confocal laser scanning 53 linearly polarized 53 picosecond 53 scanning electron 53 microliters 53 frequency comb 53 MeV 53 spectrophotometric 53 Fig. 2B 53 micron 53 scanning electron microscope SEM 53 numerical aperture 52 pixel CCD 52 sub Angstrom 52 fluorescence microscope 52 silicon nanowire 52 birefringence 52 kGy 52 #mm ² [001] 52 VLT telescope 52 candelas per 52 microns thick 52 GeV 52 quadrillionths 52 interferometric 52 photoemission 52 millimeter diameter 52 nanometers nanometer 52 nsec 52 diffraction patterns 52 microvolts 52 oligonucleotide probes 52 LWIR 52 nm wavelength 52 W mK 52 kVp 52 x #.#cm [001] 52 lp mm 52 #mV V 52 linewidths 52 electron neutrinos 52 Fig. 1a 52 nanodroplets 52 Josephson junction 52 fluorescence intensity 52 strontium titanate 52 μm wavelength 52 #.#mm [002] 52 electron volts eV 52 #.#dB [003] 52 photonic crystal 52 gravitationally lensed 52 dI dV 52 panchromatic 52 Coma Cluster 52 nanomesh 52 subwavelength 52 kD 52 collinear 52 numerical aperture NA 52 fluorescence detection 52 nanoliter 52 analyte 52 crystallites 52 antibody antigen 52 fA 52 wavelength infrared 52 MΩ 52 spectroscopically 52 helium atoms 52 millimeter mm 52 Supplementary Figs 52 parsec 52 spectrographs 52 distant quasar 52 #S subunit 52 manganite 52 kS s 52 EMCCD 52 ultrahigh resolution 51 cesium atom 51 visible wavelengths 51 photocurrent 51 pore diameters 51 Fig. 4a 51 pulse durations 51 2dB 51 nonpolar GaN 51 photoconductive 51 #μ 51 submillimeter wavelength 51 spectroscopic techniques 51 absorption coefficient 51 exciton 51 bandgaps 51 optical wavelengths 51 submicron 51 redshift 51 micromolar 51 micrograph 51 powder diffraction 51 x #.#mm [005] 51 nanometer wavelength 51 cd m² 51 x ray diffraction 51 VLTI 51 cm2 51 SiO 51 redshifts 51 wavelengths 51 correlators 51 fig. S2 51 x #dpi [002] 51 mG 51 submillimetre wavelengths 51 diffraction limit 51 x ray scattering 51 confocal microscopy 51 kg/m3 51 cd m 51 SDS PAGE 51 resonance frequency 51 μm particle 51 optical microscopy 51 macroscopic 51 Figs. 51 displayable colors 51 Figure 1A 51 hafnium oxide 51 kelvin 51 spectroscopic 51 heterostructure 51 μW 51 mGy 51 brightfield 51 mK 51 dimensional reconstructions 51 ARPES 51 submillimeter wavelengths 51 silica spheres 51 1kHz 51 AlGaAs 51 micron wavelength 51 micrometres thick 51 nanometric 51 electron mobility 51 scanning electron microscopes 51 nanobubble 51 MQW 51 icosahedral 51 sphericity 51 microscale 51 Raman scattering 51 #x#dpi 51 LiNbO3 51 nm VCSEL 51 nanoprobe 51 x #pixels 51 linear interpolation 51 shorter wavelengths 51 conventional optical microscopes 51 donor acceptor 51 ppm molybdenum 51 #.#mm x #.#mm [001] 51 cm ² 50 spectra 50 electron scattering 50 photonic bandgap 50 micrographs 50 #.#x#.#mm 50 autofluorescence 50 mammalian fatty acid 50 z ~ 50 ref. 50 single photon detectors 50 SWCNT 50 milliampere 50 synchrotron X ray 50 photometer 50 emission spectra 50 electrical conductance 50 μV 50 #x magnification [002] 50 -# dBm [001] 50 bilayer graphene 50 photon absorption 50 particle sizes 50 Mpixels 50 ultraviolet wavelengths 50 microampere 50 spherical particles 50 microcavity 50 W boson 50 nm wavelengths 50 semiconductor quantum dots 50 optical microscopes 50 transfer FRET 50 millimetric 50 ESO telescope 50 6mm x 50 polaritons 50 ratiometric 50 #.#mV 50 electron bunches 50 confocal microscope 50 lithographically patterned 50 velocity dispersion 50 fig. S1 50 Fig. 4b 50 lx 50 nanocrystals 50 fluorescence excitation 50 photon counting 50 Spectrograph 50 anisotropy 50 photon microscopy 50 #/#.#-inch CCD [001] 50 XTE J# 50 valence electron 50 photothermal 50 unpolarized 50 micrometers millionths 50 micromirrors 50 widefield 50 fermion 50 InGaAs 50 scanning microscopy 50 diffusion coefficient 50 plasmon 50 Eq. 50 diffraction 50 SAXS 50 nanoprobes 50 macromolecules 50 orbital radius 50 luminosities 50 antineutrino 50 Polarized Light 50 γ 50 photon emission 50 pfu 50 intramolecular 50 photons particles 50 confocal 50 subnanometer 50 monodisperse 50 inch ppi 50 cM 50 relaxivity 50 #um [002] 50 ug ml 50 absorption spectroscopy 50 surface plasmon 50 yttrium oxide 50 spectroscopic observations 50 absorption spectra 50 micro sieverts 50 micrometer sized 50 capacitances 50 Tb s 50 f#.# lens 50 CMOS transistors 50 μs 50 mV 50 dimensional nanostructures 50 manganese atoms 50 electron volts 50 micron millionth 50 weakly interacting 50 platinum Pt 50 microsecond 50 HARPS spectrograph attached 50 × #.#mm [001] 50 μL 49 #nm wavelength [001] 49 Transmission electron microscopy 49 Figure 1a 49 histidine 49 mCi 49 graphene membranes 49 GaP 49 evanescent waves 49 Fig. 1c 49 trimers 49 5mm x 49 x 7cm 49 silicate dust 49 solar radii 49 infrared LEDs 49 microlitre 49 OGLE TR 49 Bulk density 49 collimators 49 milliohm 49 kB 49 #nm laser [002] 49 #.#mm x [002] 49 optical microscope 49 x #.#mm [003] 49 archaeal 49 photodiode array 49 amplitudes 49 submillimetre 49 pixel TFT LCD 49 figs. 49 electron density 49 SQUIDs 49 surface plasmon resonance 49 fluorescence quenching 49 electron diffraction 49 coercivity 49 spectroscopic measurements 49 helium ions 49 chromatogram 49 nanogels 49 MMA#Q 49 mΩ 49 ZnS 49 gauss 49 intercellular adhesion molecule 49 candelas 49 phototransistors 49 mm × 49 spectroscopic analysis 49 millimeters mm 49 frames sec 49 fainter objects 49 interferometry 49 multiband imaging photometer 49 MBd 49 biomolecules 49 nanodiamond 49 force microscopy AFM 49 fibril 49 femtosecond pulses 49 magnon 49 ZrO 2 49 Fig. 3B 49 airglow 49 UV wavelengths 49 interacting galaxies 49 kΩ 49 #ppb gold 49 μF 49 millimeter wavelengths 49 chlorosomes 49 Kbits 49 Entangled photons 49 semiconducting material 49 x #.#mm [001] 49 rRNA 49 circularly polarized light 49 μH 49 #.#mm x [001] 49 photon detector 49 QDs 49 scintillator 49 Fourier transform 49 unpatterned 49 spectral radiance 49 r2 = 49 X ray microscopy 49 #mm# [002] 49 #:#.#-#.# 49 photoluminescence 49 Gbits sec 49 superlattices 49 nanometer spatial 49 fig. S6 49 stimulated emission 49 Fig. 1d 49 ms -1 49 quantum mechanically 49 NMR spectra 49 galaxy redshift 49 #ksps 49 QCIF + 49 redshift z = 49 ppm Pb 49 electrons orbiting 49 ^ sup -1 49 velocimetry 49 CdSe 49 chemiluminescence 49 electric dipole 49 conductance 49 Fig. 3A 49 Dirac fermions 49 multi walled nanotubes 49 ChIP chip 49 Fig. 1E 49 weak gravitational lensing 49 CaO 49 photometry 49 #.#mm x #.#mm [004] 49 electron doped 49 nanoindentation 49 FRET 49 pixels 49 SNe Ia 49 sieverts 49 picoliters 49 elemental composition 49 6x zoom 49 nanoliters 49 #cd m 2 49 sievert 49 Fast Fourier Transform FFT 49 Figure 1C 49 foreground galaxy 49 paramagnetic 49 inhomogeneity 49 superpositions 49 photons emitted 49 Ascentis Express 49 MoS2 49 dB attenuation 49 molecular interactions 49 pN 49 phosphorus atom 49 meter multispectral 49 palladium Pd 49 isotherm 49 excitation wavelength 49 variable resistor 49 diffracted 49 ultrabright 49 Corot 9b 49 optically transparent 49 heterodyne 49 massless particles 49 transmissivity 49 PIN diode 49 piconewtons 49 megohms 49 tetragonal 49 J# +# [002] 49 photon detectors 49 #ppb [003] 49 5ppm 49 gigapixels 49 η 49 x #.#in [002] 49 Young modulus 49 κ 48 Gbits s 48 oxide thickness 48 x 3cm 48 filamentary 48 stoichiometry 48 shear modulus 48 diffractive 48 photon detection 48 atoms 48 mW/cm2 48 genomic loci 48 milimeters 48 C. elegans worm 48 F/#.# 48 morphologies 48 Cepheid variables 48 transistor arrays 48 fluorescent molecules 48 mm equiv 48 microcavities 48 #.#x magnification [001] 48 kHz sampling 48 dielectric constant 48 ferroelectricity 48 #x# mm [004] 48 Fig. 1D 48 macromolecular structures 48 toroid 48 megapixel CMOS sensors 48 interferogram 48 spectral imaging 48 SiO2 48 diffusivity 48 fluorescence detector 48 Sanger sequencing 48 azimuthal 48 Mpixel 48 SWNT 48 #x# dpi [001] 48 geoneutrinos 48 pMOS 48 infrared spectra 48 nanotube bundles 48 bandgap 48 MgO 48 9xx nm 48 #.#x# [002] 48 optical lattice 48 refractive index 48 diametre 48 x 7mm 48 #.#Hz 48 diene 48 micrometre sized 48 mesoporous 48 antiparticle 48 ferromagnetic 48 Figure 2C 48 #nm #nm [002] 48 scanning electron microscopy SEM 48 microlitres 48 photodiode 48 inhomogeneities 48 X ray diffraction microscopy 48 rms noise 48 f/#.#-#.# 48 cellularity 48 rubidium atoms 48 vibrational modes 48 Fig. 4A 48 Kelvins 48 X ray absorption spectroscopy 48 inch refractor 48 nanopatterned 48 array comparative genomic 48 aggrecan 48 ssDNA 48 MBq 48 AU Mic 48 #x# mm [003] 48 PEDOT 48 qubit quantum 48 #ppm Cu 48 Keck Interferometer 48 orbiting Gliese 48 nuclei 48 electron tunneling 48 polariton 48 excitation wavelengths 48 x 5mm 48 #ppm U 48 microlens array 48 superposed 48 microwell plate 48 ultra telephoto zoom 48 gDNA 48 nanocrystal 48 drillhole spacing 48 agarose gel electrophoresis 48 Fig. 3b 48 photodetectors 48 pentacene molecule 48 #nm wavelengths 48 #MS s [001] 48 thermal EMF 48 ZnO nanowires 48 nanomagnets 48 spectral 48 Josephson junctions 48 exonuclease 48 millionths 48 Confocal 48 W/m2 48 ADXL# 48 Orbitrap 48 backscattered 48 infrared laser beam 48 laser spectroscopy 48 nanobelts 48 Confocal microscopy 48 ps nm 48 YORP effect 48 piezoelectric properties 48 downhole lengths 48 nanoscopic 48 circularly polarized 48 psec 48 NMR spectrometers 48 quantum particles 48 baryonic 48 contigs 48 aluminum arsenide 48 compressive stress 48 zeta potential 48 numerical apertures 48 interferometric observations 48 embedded SRAM 48 picoliter 48 ion traps 48 zinc selenide 48 nonlinear optical 48 x 6mm 48 electron spins 48 #mm# [003] 48 infrared wavelengths 48 cDNA 48 coiled coil 48 sq cm 48 MALDI TOF 48 photomultiplier tubes 48 magnifications 48 parasitic capacitance 48 ESO PR 48 exfoliated graphene 48 operon 48 wph 48 infrared wavelength 48 amplicon 48 periodicities 48 EVLA 48 ug mL 48 measuring #.#mm x [001] 48 nanoribbon 48 ligand receptor 48 BiCMOS processes 48 x #.#mm [004] 48 UV VIS 48 gravitational redshift 48 nematic 48 gaussian 48 fluorescence spectroscopy 48 x 3mm 48 dB insertion loss 48 enhanced Raman spectroscopy 48 Yb 48 semiconducting nanowires 48 #x# pixel [001] 48 cadmium sulfide 48 wavelength UV 48 optical spectra 48 lamellar 48 TUNEL 48 frequency combs 48 waveguides 48 QVGA LCD 48 Fig. 1b 48 IU ml 48 mV V 48 ZnSe 48 coding genes 48 #.# [045] 48 astrometric 48 terahertz frequencies 48 heterochromatic 48 mRNA molecules 48 nT 48 millimeter 48 Field Imager 48 Cygnus X 48 circular polarized 48 Fig. 2b 48 antireflection coating 48 BLG #L 48 Drosophila genome 47 GSa s 47 magnetization 47 vanadium oxide 47 InSb 47 nm 47 monolayer 47 #mm x #.#mm [003] 47 ncRNA 47 prolate 47 Bose Einstein Condensate 47 nanoamps 47 Msps 47 g t Ta 47 isotropic 47 photons 47 mm BGA 47 processive 47 HD# [005] 47 μsec 47 valence electrons 47 spectroscopic technique 47 cDNA synthesis 47 diopters 47 dispersive 47 choroid 47 crystallographic 47 #nm laser [001] 47 X. laevis 47 #mm equiv [002] 47 conductivities 47 neodymium Nd 47 mm diameters 47 SNR #-#.# 47 megabases 47 mT 47 interstellar dust particles 47 #.#GHz [001] 47 mm QFN packages 47 ultraviolet wavelength 47 DEV DA TOMAR NEXT 47 #cm [001] 47 MnO 47 superconducting quantum interference 47 MHz NMR 47 QPSK 47 x ray microscopy 47 megapixel CCD sensor 47 photobleaching 47 magnesium ion 47 ellipsoidal 47 #kHz sampling [001] 47 photolysis 47 IR LEDs 47 polarimeter 47 ciliated 47 m downhole 47 boron atoms 47 collimator 47 nucleotide sequences 47 fluorescent probes 47 #.#mm x [005] 47 #.#-# mm 47 6 pin SOT 47 +# micron 47 Red Rectangle 47 macromolecule 47 Belden #A 47 indels 47 nanomolar 47 sapphire wafer 47 quartz vein -TREASURE QUEST 47 θ 47 x 2mm 47 dephasing 47 IR spectra 47 dopant atoms 47 fluorophore 47 7mm x 47 electroluminescence EL 47 #x#x#mm [002] 47 vesicle fusion 47 #.#-#.# [011] 47 milligauss 47 radial velocities 47 punctate 47 nucleotide bases 47 quantum capacitance 47 Earth radii 47 #MS s [002] 47 cryo EM 47 τ 47 gigabases 47 Brillouin zone 47 microlens 47 NMR spectrometer 47 cesium atoms 47 Amperes 47 fluorescence 47 #ppb [001] 47 #.#uF 47 x #.#mm package 47 t/m3 47 6mm x 6mm 47 diffract 47 Epitaxial 47 deformable mirror 47 indium gallium 47 Myr 47 molecular orbitals 47 iris diaphragm 47 5mm x 5mm 47 X ray diffraction pattern 47 supercurrent 47 Tbit s 47 mm f/#.#-#.# 47 reflectance 47 photon flux 47 infrared laser pulses 47 carotid artery thickness 47 Interferometric 47 soluble proteins 47 ephrin 47 Coulomb blockade 47 attosecond 47 yr -1 47 negative refraction 47 pn junction 47 transiting planet 47 mJ 47 ultracold 47 Fig. 47 tesla 47 supergiant star 47 cytochrome b 47 lasing wavelength 47 resonators 47 excitation energies 47 #.#cm x #.#cm [001] 47 optically pumped 47 orbital angular momentum 47 rhombic 47 nanodots 47 ps RMS 47 milli arcsecond 47 dielectric layers 47 nanometers billionth 47 kelvins 47 PBGA package 47 fluorescence spectra 47 TCXO 47 brightnesses 47 microamperes 47 nanosecond pulse 47 f#.# f#.# 47 porphyrin 47 UV absorbance 47 input impedance 47 linearly polarized light 47 galaxy NGC 47 blackbody 47 magnetic susceptibility 47 dpi dots per 47 emittance 47 wavefronts 47 relativistic particles 47 FinFET 47 polycystin 47 Dhrystone 47 cm diagonal 47 x ray beam 47 × #.#mm [002] 47 interferometer 47 fluorophores 47 laser interferometer 47 passband 47 milliwatt 47 x 2in 47 scanning electron micrographs 47 laser scanning confocal 47 antiferromagnetic 47 diffusion coefficients 47 multiwavelength 47 Tl 47 pCi l 47 Vario Sonnar T 47 pentlandite 47 x ray diffraction microscopy 47 #x#mm [002] 47 ellipsometry 47 conformations 47 x ray optics 47 bacterial genomes 47 post perovskite 47 #MSPS 47 spectroscopy 47 quantum metrology 47 gm t 47 detector arrays 47 spectrometric 47 ppm Cu 47 NWs 47 radiometer 47 polarization multiplexed 47 #.#Gbps [002] 47 resonant frequencies 47 nanoscale 47 cosmological distances 47 quantum superposition 47 silicon atoms 47 optimized dpi 47 superconducting qubit 47 SDSS II 47 gold nanoclusters 47 polarimetric 47 #x#cm [001] 47 digital converter ADC