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(Click for frequent words.) 71 micrometer 69 Angstroms 68 nanometers 68 μm 68 angstrom 68 micrometre 68 micrometres 67 nanometers billionths 67 micrometers 66 arcsecond 65 FWHM 65 nanometers thick 65 1μm 64 μm thick 64 5μm 64 meV 64 arcsec 64 mu m 63 kilobases 63 microns 63 picometers 63 #.#μm [001] 63 micrometers thick 63 mm ² 62 micrometer scale 62 picosecond 62 1nm 61 angstrom resolution 61 nanometers nm 61 m z 61 electron volt 61 picoseconds 61 #.#nm [002] 61 arcseconds 61 intramolecular 61 cm -2 61 #μm [002] 61 cryo electron microscopy 60 picometer 60 #μm [001] 60 6nm 60 dipole moment 60 femtoseconds 60 nanomesh 60 diffraction pattern 60 micron thick 60 attoseconds 60 cm -1 60 Fig. 3b 60 electron density 60 2μm 60 2nm 59 silicon atoms 59 μm diameter 59 dI dV 59 microns thick 59 microlenses 59 kcal mol 59 fluorescence intensity 59 SiO 2 58 GPa 58 microns millionths 58 linewidth 58 arcminutes 58 millivolts 58 λ 58 submicrometer 58 nanometric 58 keV 58 polystyrene spheres 58 strontium titanate 58 kilobase 58 m 58 crystallites 58 diffraction limit 58 Supplementary Fig 58 micrometer sized 57 photoemission 57 cm -3 57 subnanometer 57 bandgap 57 microliters 57 nanometers nanometer 57 mK 57 Transmission electron microscopy 57 Young modulus 57 micron pixels 57 g cm 57 arcmin 57 icosahedral 57 conductance 57 electrons orbiting 57 #.#um [001] 57 exciton 57 absorption coefficient 57 monolayers 57 hexamers 56 Fig. 1A 56 5nm 56 scanning electron 56 diffracted 56 z = 56 inhomogeneities 56 kDa 56 electron spins 56 tetragonal 56 absorbance 56 trimers 56 picogram 56 SWNTs 56 Fig. 1D 56 diffraction patterns 56 ssDNA 56 Å -1 56 Raman spectra 56 manganese atoms 56 micron 56 micron diameter 56 γ 56 antibody antigen 56 resonance frequency 56 collagen fibrils 56 subcellular 56 photocurrent 56 quasiparticle 56 kpc 56 Fig. 1c 56 Fig. 2A 55 optical microscope 55 fig. S6 55 electronvolts 55 SiO2 55 piconewtons 55 Figure 1A 55 interconversion 55 orbitals 55 InAs 55 μS cm 55 subwavelength 55 photonic crystal 55 atoms 55 millimeter 55 femtosecond 55 ε 55 HRTEM 55 pentacene molecule 55 bilayer graphene 55 sub Angstrom 55 polariton 55 silicate dust 55 nucleotides 55 silicon nanowire 55 SDS PAGE 55 antiferromagnetic 55 birefringence 55 milliarcseconds 55 spherical particles 55 bilayer 55 millionths 55 photon absorption 55 amino acid residues 55 #nm #nm [001] 55 linewidths 55 dielectric constant 55 Fig. 2b 54 Raman scattering 54 micromolar 54 circular dichroism 54 nanometer scale 54 kD 54 Supplementary Table 54 coercivity 54 monolayer 54 punctate 54 phosphorus atom 54 oligomer 54 #S subunit 54 nanoliters 54 Fig. 3B 54 nanocrystal 54 fig. S1 54 CMOS transistors 54 nm wavelength 54 photon energies 54 Figure 2C 54 graphene layers 54 ferromagnetic 54 echogenicity 54 nanochannels 54 hydrogen atom 54 β 54 nanorod 54 dopant atoms 54 magnetization 54 microcavity 54 cm ^ sup 54 boron atoms 54 SWCNT 54 Si substrate 54 #.#mx #.#mx #.#m 54 nanobelts 54 SWNT 54 oxide thickness 54 refractive index 54 diameters 54 compressive stress 54 nuclei 54 epitaxial layer 54 dimer 54 femtogram 54 oxide thickness EOT 54 isotropic 54 monodisperse 54 pulse durations 54 micrograph 54 mm2 54 capacitances 54 Fig. 3A 54 hafnium oxide 54 sq. mm 54 nanometer 54 Figure 1C 54 transmittance 54 submicron 54 optically transparent 54 X ray pulses 54 #.#nm [001] 54 nonconducting 54 helium atoms 54 Schottky barrier 54 Fig. 1a 54 tetramer 54 η 54 electron scattering 54 σ 54 hyperlens 54 ARPES 54 crystalline lattice 54 diffract 54 nanoscopic 54 galactic disk 53 crystal lattice 53 x ray diffraction 53 frequency comb 53 ligand receptor 53 electron mobility 53 C. elegans worm 53 3nm 53 cm ² 53 aggrecan 53 superlens 53 microvolts 53 ZnO nanowires 53 optical microscopy 53 lattice mismatch 53 helium ions 53 photodiodes 53 nanodots 53 CdSe 53 ribozyme 53 nanoliter 53 diffraction grating 53 cesium atom 53 fibril 53 ZnSe 53 spectra 53 YBCO 53 interconnected pores 53 Mpixels 53 photodetector 53 crystallinity 53 wafer thickness 53 microlitre 53 MWNTs 53 Figs. 53 Fig. 53 TiO 2 53 LiNbO3 53 conventional optical microscopes 53 scanning microscopy 53 megapascals 53 micrometres thick 53 nucleons 53 electrical conductance 53 quasiparticles 53 graphene sheets 53 Fig. 2c 53 velocity dispersion 53 micrometre sized 53 MnO 53 electrical impedance 53 crystallins 53 deformable mirror 53 coiled coil 53 nM 53 mrad 53 electron pairs 53 GaP 53 orthogonally 53 colloidal crystals 53 fig. S5 53 ZrO 2 53 x #.#mm [001] 53 biomolecule 53 macromolecule 53 cm2 53 Supplementary Figs 53 kVp 53 PEDOT 53 voxels 53 magnetization reversal 53 kΩ 53 donor acceptor 53 #.#mm [002] 53 microfluidic channels 53 vesicle fusion 53 chromatogram 53 titania nanotubes 52 lp mm 52 UV wavelengths 52 electron tunneling 52 monochromator 52 histidine 52 analyte 52 ring resonator 52 titin 52 emission spectra 52 NWs 52 diffusion coefficient 52 nsec 52 electrophoretic 52 nanopillars 52 nanotube arrays 52 crystallite 52 nucleotide bases 52 diametre 52 uracil 52 bilayers 52 Fig. 2a 52 input impedance 52 z ~ 52 nanobubble 52 gate electrode 52 hydrogens 52 amplitudes 52 wavelengths 52 nucleotide sequences 52 particle sizes 52 multi walled nanotubes 52 macromolecules 52 optical microscopes 52 transmembrane 52 rubidium atom 52 confocal laser scanning 52 diffraction 52 nanopatterned 52 κ 52 sub angstrom 52 billionths 52 ω 52 inhomogeneous 52 micrographs 52 millimeter diameter 52 Fig. 4a 52 x ray scattering 52 lasing wavelength 52 microlens 52 fluorescence detection 52 macroscopically 52 pore diameters 52 dielectric layers 52 compressive strain 52 photosystem II 52 MeV 52 subpixel 52 helices 52 confocal microscopy 52 nucleon 52 macroscopic 52 linearly polarized 52 mV 52 anisotropic 52 kb 52 nanocrystals 52 spatial dimensions 52 post perovskite 52 alpha helical 52 #.#cm x #.#cm [001] 52 bacterial genomes 52 visible wavelengths 52 foreground galaxy 52 evanescent waves 52 x #.#cm [001] 52 moduli 52 Fig. 2B 52 force microscopy AFM 52 electron bunches 52 cobalt atom 52 bandgaps 52 spatial resolution 52 μl 52 spectroscopically 52 MoS2 52 femtosecond pulses 52 antiparallel 52 mammillary bodies 52 nanosponge particles 52 nanoribbon 52 dielectric constants 52 inhomogeneity 52 thermal conductivities 52 uniaxial 52 shorter wavelengths 52 substrate 52 intermolecular 52 microcavities 52 pn junction 52 silicon waveguides 52 QDs 52 ohm cm 52 leakage currents 52 millimeters mm 52 pmol 52 nanoclusters 52 parasitic capacitance 52 silica spheres 52 #um [002] 52 GeV 52 soluble proteins 52 μs 52 MgO 52 MWNT 52 tomographic 52 rms noise 52 genomic loci 52 ZnO 52 stoichiometry 52 microlitres 52 graphene flakes 52 magnetisation 52 tensile stress 51 indium arsenide 51 fluorescence emission 51 weakly interacting 51 X ray diffraction microscopy 51 lamina 51 transistor arrays 51 fig. S2 51 hydrogen atoms strung 51 myosins 51 microstructures 51 diffusivity 51 ciliated 51 cementite 51 μM 51 oligonucleotide probes 51 1mm 51 optical lattice 51 Fig. 2C 51 Gbits s 51 collagenous 51 photoconductive 51 rotaxanes 51 ν 51 lamellae 51 DNase 51 conformational changes 51 protonated 51 epididymal 51 ellipsoids 51 biological molecules 51 photon fluorescence 51 nanometer wavelength 51 optical wavelengths 51 gp# protein [002] 51 fission yeast 51 quasicrystal 51 Mott insulator 51 cantilever deflection 51 ° sec 51 nanoprobe 51 θ 51 diffusion coefficients 51 z axis 51 manganite 51 redshifts 51 delocalized 51 quadrillionth 51 interfacial 51 nanowire 51 nm 51 NMR spectra 51 Fig. 1E 51 dumbbell shaped 51 friction coefficients 51 dimeric 51 valence electron 51 x 7mm 51 InGaAs 51 fluorescence microscope 51 Fig. 1b 51 polycrystalline 51 picoliters 51 atomically smooth 51 supercurrent 51 scanning electron microscopes 51 nm excitation 51 paramagnetic 51 pixels 51 #.#-# mm 51 sub micron 51 microwatt 51 interparticle 51 RNA fragments 51 #mV V 51 x #dpi [002] 51 diameter 51 mRNA molecules 51 pentacene 51 dimensional nanostructures 51 electrically conducting 51 macrocycle 51 GaN layers 51 mammalian fatty acid 51 #mm ² [001] 51 transfer FRET 51 resonant frequency 51 colocalization 51 #.#mm x [001] 51 wavefronts 51 x 2mm 51 electroluminescence EL 51 x 5mm 51 downhole lengths 51 #S rRNA 51 cm sec 51 mesoporous 51 interstitial fluid 51 glomerulus 51 martensite 51 methylated DNA 51 heterostructure 51 conformations 51 nanoribbons 51 picoliter 51 μW 51 crystallographic 51 Mpc 51 epidermal cells 51 fluorescent molecules 51 elastic modulus 51 polycystin 51 confocal microscope 51 nanowatts 51 chromatograms 51 laser speckle 51 #mm# [001] 51 #.#mm x #mm [002] 51 FinFET 51 extracellular domain 51 #ksps 51 cadmium selenide 51 RNA molecule 51 resonant cavity 51 graphene nanoribbons 51 trabecular 51 perovskite 51 quadrillionths 51 thymine 51 hypointense 51 nanometer sized 51 macroscale 51 microwatts 51 mRNA expression 51 polypeptides 51 microvolt 51 rRNA 51 mol 51 bosonic 51 π 51 electrostatic interactions 51 dimers 51 ChIP chip 51 electron microscopy 51 sub micrometer 51 nucleotide 51 μL 51 figs. 51 electron proton 51 Fig. 1B 51 T2 weighted images 51 baryonic 51 filaments 51 cM 51 AlGaN GaN 51 radii 51 hexagonal lattice 51 layer graphene 51 massless particles 51 mesoscopic 51 Figure 1D 51 vibrational modes 51 voxel 51 semiconducting nanowires 51 organism genome 51 Bose Einstein Condensate 51 scanning electron micrographs 51 SAXS 51 lamellar 51 AlGaAs 51 nonlinear optical 51 fA 51 millimeter wavelength 51 membrane pores 50 MQW 50 surface plasmon resonance 50 circularly polarized 50 Earth radii 50 sulfur atoms 50 electron neutrinos 50 pMOS 50 quantum mechanically 50 x#.# [004] 50 isomeric 50 vanadium oxide 50 nanopillar 50 pfu 50 superposed 50 surface roughness 50 ms -1 50 x 2in 50 H#K#me# 50 passband 50 photon microscopy 50 undoped 50 foot lamberts 50 transmissivity 50 macroblock 50 genomic DNA 50 micron wavelength 50 photon counting 50 ellipsoid 50 crystalline structure 50 trabeculae 50 × #.#mm [001] 50 Fig. 1d 50 multilayers 50 dsDNA 50 telomeric 50 laminae 50 x 7cm 50 amino acid substitutions 50 tetrahedra 50 Fig. 3C 50 single walled nanotubes 50 PCR amplification 50 shear modulus 50 magnesium ion 50 excitation wavelength 50 interphase 50 Shutter speeds 50 mV V 50 nanometer spatial 50 fluorophores 50 femtosecond pulse 50 sieverts 50 nm spectral 50 Fig. 1e 50 antigen binding 50 Dirac fermions 50 pN 50 electron doped 50 sigmoidal 50 milliampere 50 cubic millimeters 50 autofluorescence 50 X ray absorption spectroscopy 50 porphyrin 50 arterioles 50 polypoid 50 rms jitter 50 ^ sup -1 50 diene 50 terahertz waves 50 PIP3 50 CoRoT #b 50 electrons behave 50 nanosized 50 deconvolution 50 inch ppi 50 x #.#cm [002] 50 nanotube 50 lithographically patterned 50 macromolecular 50 spectrophotometric 50 quantum superposition 50 hydrophobicity 50 sub picosecond 50 LDL particle 50 photon emission 50 attosecond 50 Confocal microscopy 50 electron volts 50 ferromagnet 50 GaN layer 50 microtubes 50 anisotropy 50 myocytes 50 ciliary body 50 VLTI 50 megabases 50 THz radiation 50 synchrotron X ray 50 cysteine residues 50 globular proteins 50 pixel 50 spheroidal 50 defect densities 50 cDNA 50 mCi 50 Fig. 1C 50 DNA strands 50 protein complexes 50 #μ 50 electron diffraction 50 valine 50 P3HT 50 dye molecules 50 millimeter mm 50 contigs 50 linearly polarized light 50 #x#cm [001] 50 crystal lattices 50 hydrogen atoms 50 hydrophobic interactions 50 α 50 Bulk density 50 nanogels 50 spectroscopic techniques 50 Josephson junctions 50 scanning tunneling microscope 50 candelas per 50 heterochromatic 50 optically pumped 50 absorption spectra 50 fig. S4 50 optical waveguides 50 sigmoid 50 Fig. 3a 50 agarose gel 50 Coulomb blockade 50 poly L lysine 50 W boson 50 palmitate 50 #nm #nm [002] 50 -1 ^ 50 sarcomeres 50 lattice parameter 50 nanotubes 50 dB insertion loss 50 antiparticle 50 phonon 50 #x# dpi [001] 50 exons 50 quasicrystals 50 sarcomere 50 #.#dB [003] 50 neutrons 50 wavelength 50 fig. S3 50 μm particle 50 #mm x #.#mm [003] 50 2dB 50 8nm 50 magnetic permeability 50 nanomagnets 50 actin filaments 50 ± #ppm [001] 50 nanosize 50 X ray scattering 50 #nm laser [002] 50 trabecular bone 50 zinc selenide 50 molecules 50 THz frequencies 50 kS s 50 Fig. 4c 50 hyperfine 50 wavefront distortion 50 phonons 50 polaritons 50 ferroelectricity 50 collagen molecules 50 #.#mm x #.#mm [004] 50 toroid 50 pore sizes 50 GNRs 50 gravitational redshift 50 dispersive 50 EF Tu 50 magnetotail 50 luminosities 50 homodimer 50 Fig. 4b 50 X ray diffraction pattern 50 nonpolar GaN 50 carotid artery thickness 50 #q#.# [002] 50 quantum capacitance 50 transduction 50 baryon 50 numerical aperture 50 #cd m 2 50 cytoplasmic 50 micromirrors 50 #mm# [003] 50 #.#uF 50 unpatterned 50 #mm# [002] 50 interferometric 50 van der Waals interactions 50 graphene sheet 50 fibrin gel 50 macromolecular structures 50 #.#Hz 50 Kelvins 50 mΩ 49 MBq 49 nucleolus 49 photonic circuits 49 voltage divider 49 echogenic 49 valence electrons 49 primary cilium 49 millimeter thick 49 synaptic cleft 49 hexamer 49 filament 49 nanosecond pulse 49 MRFM 49 lysine residues 49 actin binding 49 nanomolar 49 TIMP 49 #,# x1 ,# 49 electron transistors 49 papillae 49 optical resonator 49 interdigitated 49 magnetic anisotropy 49 collinear 49 nanoantenna 49 refractive indices 49 1kHz 49 mesenchyme 49 Figure 4a 49 noise ratio SNR 49 Kbits 49 chlorophyll molecules 49 photoluminescence 49 gigapascals 49 Amino acid 49 phytochrome 49 photons 49 microliter 49 hypoechoic 49 nanodot 49 resonant frequencies 49 brightnesses 49 μm wavelength 49 F actin 49 AlN layer 49 cuticular 49 centromeric 49 cm diameter 49 #x magnification [002] 49 probe microscopes SPMs 49 scanning tunneling microscope STM 49 unpolarized 49 cytokeratin 49 steric 49 orbital eccentricity 49 SNARE complex 49 #x#dpi 49 Electron microscopy 49 hydrodynamic radius 49 dipoles 49 magnifications 49 Fig. 3c 49 DFN package 49 trillionths 49 MPa 49 planar 49 membrane protein 49 filamentary 49 ultrahigh resolution 49 anal fin 49 excitation wavelengths 49 magnetic excitations 49 miRNA expression 49 GAPDH 49 conductivities 49 semiconducting material 49 graphene nanoribbon 49 #.#mm# [002] 49 Fig. 4B 49 micelles 49 fluorescent dye molecules 49 coding genes 49 Scanning electron micrograph 49 ^ sup 49 TUNEL 49 electronic excitations 49 magnon 49 ohm load 49 IGFBP 49 NF1 gene 49 hydrogen ions 49 fluorescence resonance energy 49 MOS transistors 49 FeO 49 photon detection 49 thickness 49 x #.#mm [004] 49 unmethylated DNA 49 Vsby 1 49 ± #.#mm [001] 49 Figure 2a 49 atomic lattice 49 InSb 49 SWCNTs 49 ellipsoidal 49 photonic bandgap 49 nanorods 49 crosslink 49 U Th 49 superlattice 49 lambda 49 chromophore 49 microscale 49 nitride layer 49 silicon substrates 49 fluorescence quenching 49 zeolite membranes 49 Astronomical Units 49 biomolecules 49 membrane proteins 49 X. laevis 49 transmission electron microscopy 49 φ 49 interferometer 49 relaxivity 49 horizontally polarized 49 vertebrate genomes 49 tubules 49 nanomembranes 49 epitaxial layers 49 bandpass 49 SNe Ia 49 scanning tunneling microscopy 49 Electron microscope 49 bistable 49 fibrillar 49 stromal 49 lacrimal gland 49 schwannomas 49 parasitic capacitances 49 toroids 49 infrared laser beam 49 lanthanum aluminate 49 indels 49 osteophytes 49 waveguides 49 supersolid 49 Josephson junction 49 carbon atom 49 mm 49 photomultiplier tubes 49 reflectance 49 basal layer 49 kelvin 49 acyl CoA 49 aluminum nitride 49 ion traps 49 Yb 49 chlorosome 49 transmission electron microscope 49 ug mL 49 scanning electron microscope SEM 49 palladium nanoparticles 49 resonators 49 #.#mm x #.#mm [001] 49 antiferromagnets 49 μF 49 cd m 49 excitons 49 sepal 49 longitudinal axis 49 molecular orbitals