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(Click for frequent words.) 72 dopant 70 hafnium oxide 70 SiO 2 70 intermetallic 69 antiferromagnetic 69 pnictides 69 ZnSe 68 silicide 68 electron doped 68 iron pnictides 68 calcium fluoride 68 InAs 68 YBCO 68 AlGaN 68 crystallinity 68 paramagnetic 67 ZnS 67 CdSe 67 cuprate 67 sulfonated 67 MWNT 67 silicon Si 66 NiSi 66 uniaxial 66 vanadium oxide 66 GaP 66 magnetic permeability 66 AlN 66 CdS 66 Silicon Nitride 66 semiconductive 66 CuO 66 dielectrics 66 SWCNT 66 chalcogenide 65 electrically insulating 65 Si substrate 65 intramolecular 65 doped silicon 65 boron nitride 65 dielectric layer 65 pMOS 65 dipole moment 65 pentacene 65 nanomesh 65 iron arsenide 65 LiNbO3 65 bilayer 65 porphyrin 65 ohmic contacts 65 dispersive 65 dopants 65 nanocrystalline 65 ZrO 2 65 semiconducting 65 Fig. 1a 64 passivated 64 ZnO nanowire 64 InN 64 absorbs ultraviolet 64 dielectric 64 photolysis 64 aluminum nitride 64 cordierite 64 Fig. 1c 64 conductive epoxy 64 Schematic representation 64 ZnO 64 superlattice 64 ε 64 AlGaAs 64 aluminum nitride AlN 64 conjugated polymers 64 toroids 64 thermal conductivities 64 carbides 64 dissipative 64 P3HT 64 heterostructures 64 gelation 64 gallium indium arsenide 64 QDs 64 donor acceptor 64 eclogitic 63 polybutadiene 63 μm diameter 63 microcavity 63 zinc selenide 63 nanometric 63 silicon nitride 63 Fig. 2b 63 microfabricated 63 GaN layer 63 strontium titanate 63 mesoporous 63 nanoporous 63 magnesium Mg 63 quinone 63 Fig. 1d 63 multiferroic 63 photoconductive 63 γ 63 ATP hydrolysis 63 InGaAs 63 dielectric constant 63 homopolymer 63 monolayer 63 nitride 63 gate electrode 63 MgO 63 photon energies 63 intermetallic compounds 63 absorption spectroscopy 63 yttria stabilized zirconia 63 polycrystalline 63 atomically smooth 63 anthracene 63 dielectric constants 63 conductivities 63 microstructured 63 HfO2 63 chemically reactive 63 PbS 63 nonmagnetic 63 bismuth telluride 63 GNRs 63 isotope fractionation 63 biphenyl 63 SiO2 63 μm thick 63 Fig. 4b 63 phototransistors 63 divalent 62 electrically conducting 62 alkane 62 steric 62 epitaxial silicon 62 biaxial 62 borane 62 martensitic 62 crystallites 62 thermally conductive 62 elastic modulus 62 nMOS 62 phototransistor 62 carbonyls 62 oxide semiconductor 62 tetragonal 62 ferrite 62 threshold voltages 62 Fig. 2a 62 electron tunneling 62 InGaN 62 anionic 62 multilayers 62 thermally stable 62 bandgap 62 #.#um [001] 62 nematic 62 inhomogeneity 62 vibrational modes 62 organometallic 62 complexation 62 carboxylic 62 anodic 62 microstrip 62 titania 62 cementite 62 MOS transistors 62 stabilized zirconia 62 tin oxide 62 tin Sn 62 cadmium selenide 62 fused silica 62 k dielectric 62 capacitively coupled 62 Europium 62 perovskite 62 catalytically active 62 CMOS transistors 62 inhomogeneities 62 conductance 62 ferromagnetic 62 antiparallel 62 Extracellular 62 corona discharge 62 emission wavelength 62 TiO 2 62 hydroxides 62 MoS2 62 metal oxide nanoparticles 62 yttrium barium copper 62 Mott insulator 62 stoichiometry 62 Josephson junction 62 fig. S2 62 epitaxial layer 62 cadmium sulfide 62 inhomogeneous 62 permittivity 62 ferrites 62 solubilizing 62 chromium alloy 62 eutectic 62 bilayer graphene 62 MWNTs 62 thermal decomposition 62 polyaniline 62 indium gallium 62 ultrananocrystalline diamond 62 NO3 62 anion 61 self assembled monolayer 61 dimer 61 vanadate 61 x ray absorption spectroscopy 61 carbon nanotube CNT 61 selenide 61 intergranular 61 adsorbate 61 interdigitated 61 zinc oxide ZnO 61 lanthanum aluminate 61 cored wire 61 Fig. 4B 61 dimeric 61 copper sulfide 61 ceria 61 dielectric permittivity 61 1μm 61 beta tubulin 61 photonic bandgap 61 InSb 61 nitride layer 61 absorbance 61 gate dielectrics 61 chalcogenide glass 61 sorption 61 SWNT 61 microcavities 61 MWCNT 61 crosslinked 61 amperometric 61 redox reactions 61 superparamagnetic 61 coplanar 61 dielectric layers 61 epitaxially grown 61 lithium niobate 61 electron transistor 61 ferroelectric 61 hexamers 61 toroidal 61 bosonic 61 optically transparent 61 silicate glass 61 metallic nanostructures 61 boron atoms 61 excitonic 61 transistors HEMTs 61 AlN layer 61 Si SiGe 61 finely dispersed 61 dielectric materials 61 photoactive 61 magnesium ion 61 supercurrent 61 valence electron 61 magnesium diboride 61 HfSiON 61 carbon airgel 61 #nm #nm [002] 61 dihydrogen 61 bilayers 61 Fig. 3d 61 fluorogenic 61 voltage divider 61 Zinc Oxide 61 magnetron sputtering 61 tantalum nitride 61 titanate 61 pn junction 61 diatomic 61 valence electrons 61 4H SiC 61 erbium 61 microfluidic channels 61 electrospray 61 TiO 60 Fig. 1A 60 HTS wires 60 aqueous dispersion 60 AlGaN GaN 60 κ 60 ytterbium 60 diene 60 electrochemically 60 hydroxylated 60 substituents 60 alkali metal 60 zirconium oxide 60 thermo mechanical 60 nitride semiconductor 60 electrical resistivity 60 hydride 60 liquid crystalline 60 electrophoretic 60 Ytterbium 60 synthases 60 PCBM 60 amide 60 III nitride 60 Fig. 3B 60 tetramer 60 isotropic 60 electroactive 60 Erbium 60 adsorptive 60 dipolar 60 weldability 60 heavy fermion 60 inorganic salts 60 hyperfine 60 heterojunction 60 C#H# 60 anisotropic 60 functionalised 60 carboxylate 60 resistor capacitor 60 Al#O# 60 Zr 60 transferase 60 deuterated 60 formate 60 micrometre sized 60 solvation 60 electron density 60 boron trifluoride 60 Fig. 1b 60 #.#μm [001] 60 uracil 60 viscoelasticity 60 flexural 60 electrically conductive 60 varactors 60 nonlinear optical 60 gallium indium 60 birefringent 60 graphitic carbon 60 avalanche photodiode 60 alkyl 60 adduct 60 ferroelectrics 60 aryl 60 hydrophobic interactions 60 thermal diffusivity 60 Fe Mn 60 barium carbonate 60 titania nanotubes 60 photoluminescence 60 Supplementary Fig 60 PIN diode 60 nanosized 60 pearlite 60 conductive 60 circularly polarized 60 SDS PAGE 60 Fig. 3b 60 capacitances 60 bandgaps 60 orbitals 60 micrometer scale 60 Ca2 + 60 tungstate 60 NMOS 60 micrometer sized 60 magnetization 60 Bragg grating 60 titanium oxide 60 disulphide 60 Fig. 2B 60 alkene 60 dual damascene 60 bovine serum albumin 60 cm -3 60 molybdenum disulfide 60 PLLA 60 photosystem 60 vesicle fusion 60 carbonyl 60 poly L lysine 60 boron nitride nanotubes 60 delocalized 59 microcrystalline 59 manganite 59 thermodynamically stable 59 bismuth ferrite 59 Zinc oxide 59 nanoparticulate 59 covalently bonded 59 nonconducting 59 Yb 59 PEEK OPTIMA 59 superconductive 59 C0G 59 fig. S6 59 capacitive coupling 59 covalently bound 59 sorbed 59 carboxylic acid 59 compressive stress 59 austenitic stainless steels 59 catechol 59 MESFET 59 interfacial layer 59 alkynes 59 absorption spectra 59 antimonide 59 PIN diodes 59 tribological 59 nitrides 59 HEMTs 59 titanium oxides 59 MΩ 59 chemically bonded 59 kcal mol 59 palladium Pd 59 eutectic alloy 59 chemisorption 59 polariton 59 electroless copper 59 photoelectron spectroscopy 59 Thulium 59 zinc sulfide 59 aliphatic 59 Germanium 59 indium nitride 59 platinum Pt 59 ZnO nanowires 59 monodisperse 59 cyclohexanone 59 Fig. 3A 59 neodymium praseodymium 59 electron mobility 59 PEDOT 59 phosphorus atom 59 surface plasmon 59 Carbon nanotube 59 tensile stress 59 icosahedral 59 inorganic ions 59 sulfur atoms 59 polysulfone 59 nanofabricated 59 silica microspheres 59 #S proteasome 59 polymer membranes 59 #μm [002] 59 compressive stresses 59 water vapor permeability 59 nanomagnets 59 praseodymium 59 dielectric breakdown 59 eluted 59 magnetisation 59 phosphide 59 PEDOT PSS 59 silicon oxide 59 shear modulus 59 nanotube arrays 59 ARPES 59 coercivity 59 UV absorbance 59 Tubulin 59 crosslinking 59 thermal gradients 59 birefringence 59 conductivity 59 ferromagnet 59 indium arsenide 59 dimensional electron 59 tetrachloride 59 fig. S5 59 graphene layers 59 Fe Cu 59 ferrocene 59 FinFET 59 Lithium Niobate 59 mesoscopic 59 transmembrane 59 wettability 59 cm -2 59 nitration 59 compressive strain 59 rotaxane 59 photoelectrochemical 59 α β 59 methylene 59 nano porous 59 DGGE 59 austenitic stainless steel 59 piezoelectric crystals 59 barium titanate 59 thulium 59 passivation layer 59 conjugated polymer 59 #.#uF 59 PHEMT 59 electrophilic 59 agarose gel 59 resonant frequencies 59 coexpression 59 pyrimidine 59 SiO 59 indium gallium arsenide 59 tellurium Te 59 enthalpy 59 PowerPAK 59 Cu interconnects 59 crystal lattices 59 titanium zirconium 59 fluorescence quenching 59 TiN 59 silica spheres 59 σ 59 trimers 59 resistive element 59 titanium aluminide 59 Adsorption 59 oxide thickness 59 electrical conductance 59 ssDNA 59 liquid crystal polymer 59 InGaP 59 telluride 59 paracellular 59 nanodiamond 59 Valox 58 pyrophosphate 58 dielectric strength 58 cuprate superconductors 58 Figure 2a 58 circular dichroism 58 subwavelength 58 polymerized 58 cytochromes 58 hydrophobicity 58 disulfide 58 CeO 2 58 oxide particles 58 phthalocyanine 58 aluminosilicate 58 ammonium ions 58 polysiloxane 58 acyclic 58 Si Ge 58 coarser grained 58 thermal impedance 58 self assembled monolayers 58 aggregometry 58 catalytic reactions 58 colloidal crystals 58 transparent conductive oxides 58 unreacted 58 nanorod 58 covalent bonding 58 nanopowder 58 adsorbed onto 58 Hytrel 58 mesoporous silica 58 wirewound 58 post perovskite 58 Fig. 4A 58 Epitaxial 58 Langmuir Blodgett 58 RO membrane 58 polymer matrix 58 Coulomb blockade 58 dihydrate 58 correlated electron 58 adsorbed 58 fig. S1 58 deoxy 58 metallisation 58 Gallium arsenide 58 spheroidal 58 bifunctional 58 UV VIS 58 figs. 58 weakly interacting 58 adsorption 58 THz frequencies 58 2μm 58 bistable 58 diacetate 58 Ferrite 58 Fig. 4a 58 fermion 58 vibrationally excited 58 niobium titanium 58 absorber layer 58 monolayers 58 Fabry Perot 58 meV 58 superhard 58 magnetostrictive 58 photothermal 58 gadolinium oxide 58 carbene 58 anomalous dispersion 58 5nm 58 Nd YAG 58 cadmium Cd 58 gelsolin 58 absorption coefficient 58 piezoresistive 58 InGaAs InP 58 fibrillar 58 QCLs 58 Joule heating 58 FinFETs 58 5μm 58 oligomeric 58 valence band 58 transparent conductive coatings 58 MnO 58 varistor 58 indium gallium nitride InGaN 58 ionic conductivity 58 photochemically 58 cathodic 58 multi crystalline wafers 58 electret 58 HEMT 58 chemical reactivity 58 germanium silicon 58 photoemission 58 ferrite core 58 Field Effect Transistor 58 cuprates 58 anneal 58 MWCNTs 58 Lutetium 58 Vor ink 58 anisotropy 58 gate dielectric 58 ferroelectricity 58 magnon 58 UHMWPE 58 PZT 58 lanthanide 58 agarose 58 ferro electric 58 antireflection 58 FeO 58 isoprenoid 58 silicon dioxide SiO2 58 nonpolar 58 perfluorinated 58 thermally activated 58 copper oxide superconductors 58 Plasmonic 58 patterning technique 58 moisture vapor 58 analyte 58 multiwalled 58 YAG lasers 58 desorbed 58 stripline 58 Fig. 2A 58 thermoplastic polyester 58 cm -1 58 Si substrates 58 Perkinamine 58 nanodots 58 enzymatic reactions 58 macrocycle 58 adsorption isotherms 58 nanoscopic 58 octyl 58 semiconducting properties 58 Fig.1 58 graphene nanoribbon 58 epitaxial layers 58 Fig. 3c 58 μm 58 BJTs 58 transconductance 58 electroless plating 58 silicon nanowire 58 layer graphene 58 photosystem II 58 monomeric 58 SWNTs 58 toroid 58 solutes 58 ohmic 58 Amino acid 58 COOH 58 electroless nickel 58 stoichiometric 58 spectroscopic analysis 58 chromophore 58 oscillators filters 58 Supplementary Figs 58 Ni Zn 58 covalently linked 58 Hastelloy 58 intercalation 58 inelastic scattering 58 #,# dimethyl 58 homopolymers 58 magnetocaloric effect 58 heterostructure 58 Polyimide 58 pyroelectric 58 adducts 58 piezoceramic 58 thyristor 58 chemically inert 58 manganese oxide 58 histidine 58 van der Waals interactions 58 hydroperoxide 58 aluminum oxide 58 dilute nitride 58 photocurrent 58 titanium nitride 57 La Ce Pr 57 powder diffraction 57 mononuclear 57 MgB2 57 nickel chromium 57 electrochemical sensor 57 wetted parts 57 g ml 57 halide 57 Molecular Weight 57 silica SiO2 57 dielectrophoresis 57 diffusivity 57 cuticular 57 aluminum gallium nitride 57 Voltages 57 linewidth 57 urothelial 57 nanostructuring 57 linearly polarized 57 Cu Pb 57 TCXOs 57 GaAs substrates 57 diffraction grating 57 cadmium selenium 57 proteinaceous 57 intracavity 57 nickel silicide 57 phosphoprotein 57 microelectromechanical 57 ferritic stainless steel 57 polymer matrices 57 electrostatic attraction 57 NWs 57 PMOS transistors 57 resonance frequency 57 PA6 57 reactant 57 #μ 57 polaritons 57 arsenide 57 superconducting 57 electrical conductivity 57 elution 57 ferromagnetic materials 57 physico chemical properties 57 EVOH 57 NADPH 57 passivation 57 superlattices 57 lattice mismatch 57 ruthenium oxide 57 SAW oscillators 57 semiconductor quantum dots 57 saturable 57 Aluminum Nitride 57 tricalcium phosphate 57 silicon oxynitride 57 rotaxanes 57 electron acceptor 57 conduction electrons 57 Nernst 57 sintered metal 57 polymerisation 57 Czochralski 57 solvent evaporation 57 leakage currents 57 bipyridine 57 CaO 57 redox active 57 PIN photodiode 57 conductive polymer 57 MEMS resonators 57 CMOS fabrication 57 rheological 57 electron scattering 57 glomerulus 57 fluorescence emission 57 intracellular pH 57 hydroxyphenyl 57 polypeptide chain 57 overmolding 57 diethyl 57 bimetal 57 lanthanum neodymium 57 Cy3 57 Conductivity 57 copper metallization 57 microvia 57 nano particle 57 fluorescence spectra 57 underfill 57 optically pumped 57 optically coupled 57 aluminum silicate 57 conductive adhesives 57 spin precession 57 nanoholes 57 transparent conductive oxide 57 electrically isolating 57 PBGA package 57 #,# bis 57 spectral measurements 57 cyclization 57 heterogeneous catalysts 57 parasitic capacitance 57 redox 57 cytochrome c oxidase 57 chlorine atom 57 Arsenide 57 vanadium dioxide 57 HRTEM 57 Spectroscopic 57 silicate minerals 57 micellar 57 Tunable 57 nonconductive 57 uranyl 57 Terbium 57 magnetically coupled 57 samarium 57 Turcon ® 57 semiconductor nanocrystals 57 Aâ 57 germanium substrates 57 stator windings 57 carboxylic acids 57 molybdenite MoS2 57 graphitic 57 fluorophore 57 polyacrylate 57 plasmon 57 nanobelts 57 RecA 57 peroxidase 57 radioligand 57 unconventional superconductivity 57 intermediate filaments 57 amphiphilic 57 hydrides 57 epitaxial 57 hydroxide ions 57 thermosensitive 57 cerium oxide 57 UV photons 57 streptavidin 57 carboxyl terminal 57 NanoBridge 57 thermal conduction 57 calcium hydroxylapatite 57 pyrite marcasite 57 Elevated serum 57 thiol 57 bipolar transistor 57 zero valent 57 Fig. 1C 57 moduli 57 silicic acid 57 SOFC stacks 57 piezoelectric ceramic 57 Fig. 1E 57 semiconducting material 57 scintillator 57 isomeric 57 polymer electrolyte 57 Copolymer 57 Ti 4V 57 Holmium 57 micrometre scale 57 Tellurium 57 oppositely charged 57 covalent bond 57 nanocrystal 57 diffusive 57 dentinal 57 silicon substrate 57 nickel hydroxide 57 antibody antigen 57 coupling capacitors 57 X7R 57 nanocluster 57 DNase 57 ionization mass spectrometry 57 interfacial tension 57 metal insulator 57 endonuclease 57 epoxide 57 XLPE 57 x ray scattering 57 spherical particles 57 flowability 57 agarose gel electrophoresis 57 Fig. 4c 57 Photolithography 57 5kV 57 bistability 57 PIN photodiodes 57 Fe Mg 57 dichromate 57 Field Effect Transistors 57 oligomerization 57 electrons emitted 57 mu m 57 alkali atoms 57 silicon crystals 57 resonant cavity 57 recrystallization 57 bimolecular 57 crystalline solids 57 alkali metals 57 particle morphology 57 mT 57 surface plasmon resonance 57 nonequilibrium 57 C# fullerenes 57 silicon atoms 57 SiON 57 cadmium chloride 57 ferritic 57 ohm cm 57 aqueous solution 57 elute 57 Young modulus 57 reductant 57 dimers 57 immunoreactive 57 particulate contamination 57 VCSELs 57 Polycrystalline 57 histone H3 57 silica nanoparticles 57 micrometre 57 Entangled photons 57 SAXS 57 U Th 57 quasiparticle 57 ultrahigh purity 57 Mg Fe 57 Josephson junctions 57 #ohm [002] 57 epitaxy HVPE 57 actinide 57 epidote 57 wettable 57 #μm [001] 57 phenylene 57 ligand receptor 57 gold nanoclusters 57 polyelectrolyte 57 Rubidium 57 trioxide 56 silanes 56 poly ethylene glycol 56 demagnetization 56 zero valent iron 56 diamagnetic 56 thyristors 56 Qdot 56 reduced graphene oxide 56 vibrational excitation 56 mK 56 electrochemical reactions 56 dermal papilla 56 crossflow 56 superposed 56 #.#μ 56 electrolyte membrane 56 crystal lattice 56 UV irradiation 56 cyano 56 lactam