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(Click for frequent words.) 72 CMOS transistors 70 silicon transistors 69 photonic devices 68 electron mobility 67 k dielectric 66 lithographic techniques 66 quantum dot lasers 66 gate dielectrics 66 nickel silicide 66 nanowire transistors 65 ion traps 65 bilayer graphene 65 silicon nanowire 65 semiconductor nanowires 65 indium phosphide 65 graphene nanoribbons 65 graphene layers 65 MOS transistors 65 AlGaN GaN 65 nMOS 65 Gallium arsenide 64 transistor 64 quasicrystals 64 bismuth telluride 64 nanotube transistors 64 bipolar transistors 64 ferroelectrics 64 k dielectrics 64 antimonide 64 pMOS 64 silicon germanium 64 carbon nanotube transistors 64 optical modulators 63 photodetectors 63 FinFETs 63 transistors 63 GaN transistor 63 graphene 63 threshold voltages 63 InAs 63 memristors 63 graphene transistor 63 hafnium oxide 63 spintronic devices 63 nanometer scale 63 nitride semiconductor 63 thermoelectric materials 63 HEMTs 63 GaN HEMTs 63 ferroelectric materials 63 Silicon Germanium 63 nanodevice 62 quantum dots 62 RRAM 62 CMOS circuits 62 CMOS fabrication 62 photonic crystal 62 nanocircuits 62 bistability 62 topological insulators 62 k gate dielectric 62 silicon germanium SiGe 62 spintronic 62 semiconducting properties 62 silicon 62 quantum computation 62 superlenses 62 Spintronics 62 bandgap 62 high-k/metal gate 62 gate dielectric 62 silicon substrates 62 electro optic modulator 62 photonic 61 Josephson junctions 61 photonic circuits 61 resonant tunneling 61 superconductive 61 zinc selenide 61 hafnium 61 silicon nanowires 61 nanowire 61 superconductors 61 microfabrication 61 nanoelectronic devices 61 MOS transistor 61 Grätzel cells 61 nanotube transistor 61 dielectrics 61 nanoscale 61 high temperature superconductors 61 nitride 61 strontium titanate 61 #nm silicon 61 nanobelts 61 heterostructure 61 neuromorphic 61 plasmonic 61 FinFET 61 nanotubes nanowires 61 nanoribbons 61 CMOS compatible 61 superlattice 61 quantum dot 61 superlens 61 optical waveguides 61 FDSOI 61 QDs 60 microelectronic devices 60 gallium arsenide 60 VCSELs 60 dielectric materials 60 InP 60 indium gallium arsenide 60 nitrogen doped 60 superconducting 60 semiconducting material 60 semiconductor nanocrystals 60 ferromagnetic 60 HfSiON 60 polaritons 60 superconducting wires 60 FETs 60 conjugated polymers 60 oxide thickness 60 Memristors 60 Strained silicon 60 gate electrode 60 Indium Phosphide 60 nanogenerators 60 AlGaN 60 carbon nanotubes 60 transistor HEMT 60 crystalline Si 60 nanodevices 60 metallic nanostructures 60 SOI CMOS 60 nanocomposite material 60 gallium nitride 60 semiconducting 60 semiconducting nanowires 60 YBCO 60 chalcogenides 60 cadmium selenide 60 optofluidic 60 oxide thickness EOT 60 epitaxial graphene 60 superconducting materials 60 quantum cascade lasers 60 silicon photonic 60 nanodots 60 multijunction solar cells 60 copper interconnects 60 nanolaser 60 carbon nanotubes CNT 60 SiON 60 phonons 59 TFTs 59 transparent conductive coatings 59 photonic crystals 59 multiferroic 59 nanometer silicon 59 gallium nitride GaN 59 nanochannels 59 terahertz frequencies 59 nanolasers 59 nanostructures 59 dopant 59 quantum computers 59 nanoscale structures 59 III nitride 59 quantum capacitance 59 photodetector 59 silicon Mach Zehnder 59 silicon Si 59 indium arsenide 59 microbatteries 59 carbon nanotube CNT 59 microdevices 59 LDMOS RF power 59 Raman lasers 59 k gate dielectrics 59 nano electromechanical systems 59 barium titanate 59 ferromagnetism 59 macroscale 59 waveguides 59 ferroelectric 59 carbon nanotube 59 nanosystems 59 microcavities 59 lithium niobate 59 metamaterials 59 nanoelectromechanical systems 59 zinc oxide nanowires 59 semiconducting nanotubes 59 scanning tunneling microscopes 59 temperature superconducting 59 CMOS silicon 59 semiconducting materials 59 GaN transistors 59 nanophotonic 59 nanowires 59 DSSCs 59 planar transistors 59 memristor 59 plasmonics 59 photonic integrated circuits 58 silicon oxynitride 58 manganite 58 Plasmonic 58 indium antimonide 58 MESFET 58 PMOS transistors 58 InGaAs 58 quantum metrology 58 nm SRAM 58 GaN LEDs 58 PZT 58 nanosprings 58 epitaxial structures 58 InSb 58 silicon chips 58 microfluidic devices 58 silicon oxide 58 organic TFTs 58 nanocrystals 58 SiC 58 polyaniline 58 silicon modulators 58 Nanowires 58 nonlinear optical 58 ATRP 58 optical modulator 58 indium gallium arsenide InGaAs 58 nanofabrication techniques 58 tin oxide 58 HEMT 58 piezoelectric materials 58 Carbon nanotube 58 electrical conductance 58 nanoelectronic 58 silicon photonics 58 #nm CMOS [001] 58 nanotube arrays 58 permittivity 58 pentacene 58 spintronics 58 nanofluidics 58 .# micron 58 topological insulator 58 laterally diffused metal 58 SiGe 58 carbon nanotube bundles 58 carbon nanotube electrodes 58 microfabrication techniques 58 hyperlens 58 QCLs 58 nanophotonics 58 amorphous silicon 58 nanomotors 58 photonic bandgap 58 optical lattices 58 nanotube 58 phototransistors 58 dilute nitride 58 Metamaterials 58 epitaxial layers 58 microelectronic circuits 57 titania nanotubes 57 nanotubes 57 finFETs 57 Schottky 57 STMs 57 graphene sheets 57 metallic nanoparticles 57 carbon nanotube transistor 57 AlGaAs 57 transparent electrode 57 zeolite membranes 57 chalcogenide 57 millimeter silicon wafers 57 #nm immersion lithography 57 nanostructure 57 LiNbO3 57 GaAs substrates 57 RFMD GaN 57 Indium phosphide 57 silicon photovoltaics 57 epitaxially grown 57 tabletop fusion 57 excitons 57 PCMOS 57 dopants 57 nanoelectromechanical 57 dipole moment 57 electrochemical 57 cuprates 57 SiC Schottky diodes 57 monocrystalline silicon 57 nanomechanical 57 silicon nanocrystals 57 high-k/metal-gate 57 ReRAM 57 Holonyak 57 nanomembranes 57 ZnO 57 ZnO nanowires 57 nanomesh 57 transistor amplifier 57 monolithically integrated 57 superconductor 57 epitaxial layer 57 superlattices 57 nanostructured silicon 57 electro optic modulators 57 vanadium dioxide 57 nanocrystal 57 leakage currents 57 exciton 57 silicon CMOS 57 nm CMOS 57 terahertz THz 57 planar CMOS 57 ZnS 57 CMOS oscillators 57 polariton 57 nanowire arrays 57 optical interconnects 57 reconfigurable logic 57 ultrafast optical 57 Gallium Arsenide 57 optical tweezers 57 conductive polymers 57 insulator substrate 57 nanoribbon 57 Gallium Arsenide GaAs 57 scanning tunneling microscopy 57 block copolymers 57 thermal conduction 57 PEDOT 57 nano scale 57 electrospinning 57 #.# micron CMOS 57 CIGS cells 57 microchannel 57 oxide semiconductor 57 nanometer 57 catalytic reactions 57 Powerful debug 57 bipolar transistor 57 #nm SRAM 57 electron tunneling 57 optical atomic clocks 57 yttrium barium copper 57 defect densities 57 epitaxy 57 electrospinning technique 57 Field Effect Transistors 57 #.#μ 57 polarized electrons 56 Bose Einstein condensates 56 high temperature superconductivity 56 gold nanorods 56 MEMS oscillators 56 plasmonic devices 56 NiZn 56 nanoimprint lithography 56 absorption spectroscopy 56 dye sensitized solar 56 photocatalysts 56 terahertz 56 semiconductor nanowire 56 nanorings 56 metallic carbon nanotubes 56 Kippelen 56 SQUIDs 56 semiconducting carbon nanotubes 56 Gerbrand Ceder 56 Esatto Technology 56 nanoantennas 56 nanopatterning 56 dimensional nanostructures 56 HKMG 56 #nm SOI 56 CdSe 56 negative refraction 56 hydrides 56 ZnSe 56 transistor pHEMT 56 microcavity 56 nanolithography 56 rotaxanes 56 ferromagnet 56 electron pairing 56 silicide 56 super capacitors 56 single walled nanotubes 56 piezoelectrics 56 solar cells 56 MEMS resonators 56 nanoporous 56 graphene nanoribbon 56 nanomagnets 56 monodisperse 56 Gallium Nitride 56 microreactors 56 electron scattering 56 optically transparent 56 K dielectrics 56 quantum phenomena 56 effect transistor FET 56 heterostructures 56 GaN 56 cryogenically cooled 56 Graphene transistors 56 nanoimprinting 56 Dr Novoselov 56 silicon micromachining 56 vapor deposition 56 bandgaps 56 UltraCMOS 56 InP substrates 56 multi walled nanotubes 56 VCSEL 56 RF LDMOS 56 amorphous silicon Si 56 NMOS 56 gold nanoclusters 56 entangled photons 56 nanophosphate 56 nanofilm 56 CNTs 56 semiconductive 56 Mott insulator 56 HgCdTe 56 effect transistors FETs 56 Awschalom 56 extreme ultraviolet lithography 56 electroluminescence EL 56 SAXS 56 electrochemical sensor 56 microbolometers 56 temperature superconductors 56 microscopy techniques 56 nanoscale patterning 56 germanium substrates 56 Gallium nitride 56 diodes 56 patterning technique 56 eDRAM 56 nanocluster 56 terahertz radiation 56 ultraviolet lasers 55 JFET 55 conventional photolithography 55 electron spins 55 manufacturable 55 subwavelength 55 SiC substrates 55 insulator SOI technology 55 heavy fermion 55 #nm CMOS [002] 55 microchannel plate 55 electrochemical capacitors 55 nanogenerator 55 ultrahigh density 55 resonators 55 MgB2 55 ultrasmall 55 metamaterial 55 SiO 2 55 #nm/#nm 55 photonic integration 55 nanopillars 55 indium phosphide InP 55 nanometer node 55 Michal Lipson 55 microfluidic chips 55 donor acceptor 55 SWCNT 55 dielectric constant 55 Selvamanickam 55 electrons behave 55 multilayers 55 carbon nanotube membranes 55 biological molecules 55 silicon substrate 55 surface plasmons 55 poly Si 55 sensor arrays 55 Kanatzidis 55 silicon MEMS 55 biomolecule 55 supercapacitors 55 self assembled monolayer 55 OLED displays 55 Silicon nanowires 55 photoluminescence 55 cathode materials 55 pn junctions 55 Si substrate 55 electroluminescence 55 scanning tunneling microscope 55 dye sensitized cells 55 dye sensitized 55 vertical cavity 55 nanomotor 55 microfabricated 55 Xiang Zhang 55 photonic integrated circuits PICs 55 electroactive 55 plasmons 55 Mott insulators 55 HTS wires 55 intermetallic 55 micromachined 55 multijunction cells 55 heterojunction bipolar transistor 55 dielectric etch 55 nanometric 55 indium tin oxide ITO 55 micromirror 55 dopant atoms 55 electron beam lithography 55 breakdown voltages 55 Terahertz 55 Ge substrates 55 colloidal nanocrystals 55 OneChip 55 excitonic 55 photonic crystal fibers 55 lattice mismatch 55 photomultiplier tubes 55 transistor circuits 55 indium tin oxide 55 FeRAM 55 bistable 55 SWNTs 55 nanocrystalline 55 Graphene 55 indium gallium phosphide InGaP 55 inorganic semiconductors 55 electron emitters 55 quantum coherence 55 CIGS solar cell 55 nitrides 55 SiGe bipolar 55 multipartite entanglement 55 electrowetting displays 55 phosphorus atom 55 Nanometer 55 nanometer CMOS 55 ceramic superconductors 55 GaN HEMT 55 nanoscopic 55 microstructured 55 SWNT 55 bulk heterojunction 55 ZnO nanowire 55 rectifier diode 55 polycrystalline 55 GaAs 55 micro optics 55 micro machining 55 heterogeneous catalysis 55 CNT FED 55 electrically conducting 55 CMOS 55 Bose Einstein Condensate 55 Schottky barrier 55 nm SOI 55 nanoantenna 55 thermal conductivities 55 low k dielectrics 55 antiferromagnets 55 PEDOT nanotubes 55 nanometer sized 55 aluminum nitride 55 Si Ge 55 terahertz transistor 55 through silicon vias 55 InGaP 55 microelectromechanical systems 55 Imec performs world 55 hafnium dioxide 55 epitaxial deposition 55 THz frequencies 55 #.#μm [002] 55 CMOS logic 55 Insulator SOI 55 superconducting cables 54 microfluidic chip 54 electron transistor 54 conventional superconductors 54 pnictides 54 Photolithography 54 bilayer 54 crystallinity 54 high temperature superconductor 54 nanopolymer 54 FUSI 54 Fourkas 54 carbon nanotubes CNTs 54 nanometer transistors 54 terahertz waves 54 photoemission 54 quantum computing 54 InGaN 54 magnetization reversal 54 dimensional electron 54 QKD 54 MRAM chips 54 Gallium nitride GaN 54 spintronic device 54 nanosilicon 54 sapphire substrate 54 supramolecular 54 tunable filters 54 metallic alloys 54 carbon nanotube arrays 54 superconducting qubit 54 GaN RF 54 silicon transistor 54 MWCNTs 54 photon fluorescence 54 Entangled photons 54 electron transistors 54 frequency multipliers 54 Lithium Niobate 54 photomultiplier 54 dielectric layer 54 colloidal particles 54 Bose Einstein condensation 54 CdTe solar 54 ferro electric 54 RF transistors 54 self assembled monolayers 54 GaAs AlGaAs 54 lensless imaging 54 opto electronic 54 polymer membrane 54 film transistors TFTs 54 pseudomorphic 54 #GHz [001] 54 IEDM 54 atomically precise 54 electrostatics 54 photon detectors 54 smaller geometries 54 InGaP HBT 54 reconfigurable computing 54 Nanotubes 54 atomic spectroscopy 54 X ray microscopy 54 capacitances 54 electro optic polymers 54 Grätzel 54 nanosheets 54 thermally activated 54 shorter wavelengths 54 computational simulations 54 ruthenium 54 NMR spectrometer 54 insulator wafers 54 semiconductor nanostructures 54 solitons 54 NiSi 54 interparticle 54 nanopillar 54 optical metamaterials 54 GaAs MESFET 54 micromachines 54 photoconversion 54 conductivities 54 magnetic vortices 54 optical microscopes 54 FPGA architectures 54 Forschungszentrum Dresden Rossendorf FZD 54 iCoupler 54 Federico Capasso 54 optical waveguide 54 photomultipliers 54 multiscale 54 insulator SOI 54 nm nodes 54 epi wafers 54 quantum mechanically 54 qubit quantum 54 nanopores 54 OptoPHY 54 silica spheres 54 aluminum nitride AlN 54 PIN diodes 54 CIGS solar cells 54 ferrites 54 THz 54 photon microscopy 54 CMOS MEMS 54 nanospheres 54 erbium doped fiber 54 dielectric layers 54 superconductivity 54 hollow cylinders 54 millimeter wave frequencies 54 metallic interconnects 54 photoconductive 54 nanostructured materials 54 conductive polymer 54 ion microscope 54 Spintronic 54 #nm transistors 54 Photonic crystals 54 micromachine 54 transparent electrodes 54 MAX# integrates 54 dielectric 54 multiwalled carbon nanotubes 54 DiCon 54 scanning microscopy 54 homogeneous catalysis 54 nanoscale dimensions 54 superconducting wire 54 mobilities 54 ionic liquids 54 Quantum dots 54 SiGe C 54 transistor leakage 54 crystalline silicon c 54 wide bandgap semiconductor 54 deep sub micron 54 WirelessHD chipsets 54 optically pumped 54 nanometer lithography 54 Nd YAG lasers 54 microscale 54 quasiparticles 54 lattice vibrations 54 Complementary Metal Oxide Semiconductor 54 Prof Geim 54 transistors HEMTs 54 microlasers 54 Field Effect Transistor 54 titania 54 CIGS copper indium 54 QD Vision www.qdvision.com 54 Avouris 54 nanomechanics 54 Scanning Tunneling Microscope 54 IGBT Insulated Gate 54 superconductor wire 54 microwires 53 ferromagnetic materials 53 indium gallium nitride InGaN 53 multilayer ceramic 53 quantum cascade lasers QCLs 53 poly silicon 53 nm CMOS process 53 micro electromechanical 53 Silicon Photonics 53 parasitic capacitance 53 silicon modulator 53 GaN substrates 53 Epitaxial 53 Optical tweezers 53 nano fabrication 53 Majorana fermions 53 ultracold atoms 53 spectroscopic techniques 53 polymeric membranes 53 nonmagnetic 53 quantum chromodynamics 53 insulating substrate 53 electro optic plastics 53 atomic lattice 53 nano engineered 53 mesoporous 53 germanium 53 micrometer sized 53 ferroelectric polymer 53 nanochannel 53 diffraction limit 53 uniaxial strain 53 eutectic alloy 53 Semiconducting 53 JFETs 53 femtosecond pulses 53 bismuth ferrite 53 UMC #nm 53 heterojunction 53 nm immersion 53 SOI substrates 53 backsheet component 53 cadmium sulphide 53 unclonable 53 Megabit Mb 53 epitaxy HVPE 53 THz radiation 53 transistors diodes 53 silicon nanoparticles 53 polymer electrolyte membrane 53 metal oxide 53 vanadium oxide 53 ruthenium oxide 53 ultrafast laser 53 imprint lithography 53 CRIUS 53 plasma etching 53 nano imprint 53 graphane 53 Nanowire 53 spectroscopic methods 53 CIS CIGS 53 DDR2 DRAM 53 optical microscopy 53 mammalian neurons 53 nanocomposite materials 53 Fraunhofer ISE 53 heterojunction bipolar transistors 53 MEMs 53 carbon nanotubes graphene 53 indium gallium phosphide 53 semiconducting polymers 53 PEDOT PSS 53 biosensing 53 #.#μm CMOS 53 #.#um CMOS 53 hollow nanospheres 53 heterojunctions 53 metamaterial structures 53 Anantha Chandrakasan 53 gallium selenide 53 Solarmer 53 magnetostrictive 53 magnetron 53 CMOS photonics 53 Cortex M0 processor 53 plasmon 53 chemical functionalization 53 oxynitride 53 metal oxide nanoparticles 53 carrier mobilities 53 surface plasmon 53 unconventional superconductivity 53 serdes 53 aluminum arsenide 53 SIMOX 53 transparent conductive oxides 53 electrons tunneling 53 polymer nanofibers 53 quantum bits qubits 53 CdTe Si 53 organic photovoltaics 53 MWNTs 53 QKD systems 53 Soljacic 53 electrocatalysts 53 catoms 53 Pulickel M. Ajayan 53 piezoelectric transducer 53 computational algorithms 53 Alivisatos 53 Electron Mobility Transistor 53 HTS cables 53 AlN 53 photoelectrochemical 53 #nm chips 53 DDR3 DRAM 53 nanopore sequencing 53 5V CMOS 53 hydride 53 OTFT 53 eutectic 53 Cadmium Telluride CdTe 53 ferroelectricity 53 linear amplifiers 53 epitaxial 53 TFT Thin Film 53 pulsed laser deposition 53 PLED 53 micromorph 53 epiwafer 53 metallisation 53 ultrafast lasers 53 Miniaturization 53 nanofluidic 53 phosphorescent OLED 53 microelectromechanical systems MEMS 53 ultrananocrystalline diamond 53 lithium cobalt oxide 53 SOI Silicon 53 walled carbon nanotube 53 Hafnium 53 quantum mechanical 53 terahertz frequency 53 UltraCMOS TM 53 Schmergel 53 LDMOS 53 wide bandgap 53 fermionic 53 photon detection 53 CdTe 53 #.# micron node 53 deep submicron CMOS 53 Silicon Germanium SiGe 53 nanosensor 53 #.#nm [002] 53 exfoliated graphene 53 ionic conductivity 53 quantum dot laser 53 chip optical interconnects 53 microelectrodes 53 nanorod 53 diameter wafers 53 mismatched alloys 53 frequency comb 53 invisibility cloaking 53 Si substrates 53 hydride vapor phase 53 QuantumFilm 53 silicon nitride 53 deep submicron 53 femtosecond lasers 53 silica nanoparticles 53 Ytterbium 53 Josephson junction 53 UV lasers 52 Superconducting 52 nanometers nm 52 quantum tunneling 52 potassium niobate 52 graphene circuitry 52 nanocomposites 52 SolarWindow 52 dye molecules 52 micrometre scale 52 SOI silicon 52 pore sizes 52 superconducting magnet 52 nanoprobe 52 magnetoresistance 52 Plasmonics 52 Silicon Carbide SiC 52 theoretical calculations 52 #.#μm CMOS process 52 crystalline silicon photovoltaic 52 Fourier transform 52 wide bandgap semiconductors 52 porous silicon 52 gallium arsenide cells 52 nanostructured 52 soliton 52 BiCMOS 52 MMICs 52 Polycrystalline 52 photon detector 52 electronic excitations 52 Gargini 52 Cees Dekker 52 electrophoretic 52 semiconducting polymer 52 selenide 52 walled nanotubes 52 Vdd 52 Lithium Ion Li Ion 52 inorganic compounds 52 quantum dot solar 52 TFPV 52 PenTile RGBW technology 52 microstructures 52 semiconductor quantum dots 52 aluminum gallium nitride 52 attosecond pulses 52 carbon nanofibers 52 scanning tunneling microscopy STM 52 #nm node [001] 52 nanoparticle arrays 52 Organic light emitting 52 MLCCs 52 multicrystalline cells 52 iron pnictides 52 mesoscopic 52 nanofabricated 52 lanthanum aluminate 52 electron emitter 52 supercurrent 52 conductivity 52 toroid 52 conductive coating 52 nanotube sheets 52 giant magnetoresistance GMR 52 modulators 52 DS DBR 52 nano imprint lithography 52 mass producible 52 Jean Hoerni 52 transistor SRAM 52 nanofluids 52 microdevice