Related by context. All words. (Click for frequent words.) 72 bilayer graphene 70 gate electrode 69 dipole moment 69 dielectric constant 68 permittivity 67 electron mobility 67 dopant 67 graphene layers 67 dopants 67 photocurrent 67 threshold voltages 66 bandgaps 66 gate dielectric 66 oxide thickness 66 nanomesh 66 ZnO 66 linewidth 66 photodetector 65 meV 65 Si substrate 65 dielectric materials 65 conductivity 65 resonance frequency 65 exciton 65 dielectric layer 65 CMOS transistors 65 photon energies 64 THz radiation 64 magnetic permeability 64 oscillation frequency 64 parasitic capacitance 64 graphene nanoribbons 64 ferroelectric 64 elastic modulus 64 bipolar transistor 64 surface plasmon 64 supercurrent 64 PZT 64 photodiode 64 conductance 64 semiconducting material 64 electrical conductance 64 transistor 63 metallic nanostructures 63 refractive index 63 hafnium oxide 63 k dielectric 63 heavy fermion 63 resonant frequency 63 dielectrics 63 nitride semiconductor 63 photonic crystal 63 pMOS 63 dielectric 63 terahertz radiation 63 MOS transistors 63 crystallinity 63 epitaxial layer 63 electron density 63 Josephson junction 63 capacitive coupling 63 microcavities 63 plasmon 63 gate dielectrics 63 AlGaN GaN 63 waveguides 63 thermal conductivity 63 nanocrystals 63 nanocrystal 62 pn junction 62 dielectric layers 62 nanowire 62 phonon 62 graphene 62 input impedance 62 electron scattering 62 emission wavelength 62 Schottky barrier 62 heterostructures 62 undoped 62 superconducting 62 nonlinear optical 62 polycrystalline 62 ferromagnetic 62 quantum dot 62 dielectric constants 62 graphene transistors 62 ferromagnet 62 CMOS circuits 62 Raman scattering 62 ZnSe 62 shorter wavelengths 62 electrical conductivity 62 leakage currents 62 temperature coefficients 61 nanometer scale 61 semiconductor nanocrystals 61 photoluminescence 61 Gallium arsenide 61 nanotube 61 Josephson junctions 61 excitons 61 silicon substrates 61 terahertz waves 61 coercivity 61 excitonic 61 electron pairing 61 ohmic 61 AlGaN 61 nanoribbons 61 nanopillars 61 photoemission 61 nMOS 61 polariton 61 CMOS silicon 61 phototransistor 61 breakdown voltages 61 nanostructuring 61 valence band 61 cm -1 61 pentacene 61 electron spins 61 electrode 61 substrate 61 1μm 60 silicon nanowire 60 PIN diode 60 NMOS 60 semiconducting materials 60 bismuth telluride 60 strontium titanate 60 electronic excitations 60 heterostructure 60 heterojunction 60 thermal conduction 60 surface plasmons 60 FinFETs 60 LiNbO3 60 magnetization 60 nanoribbon 60 YBCO 60 inhomogeneity 60 PMOS transistors 60 SiO 2 60 birefringence 60 superlattice 60 micrometer scale 60 QDs 60 photon absorption 60 cuprate 60 microcavity 60 polaritons 60 magnetisation 60 lanthanum aluminate 60 nanomagnets 60 ARPES 60 absorption coefficient 60 #μm [001] 60 silicon CMOS 60 InGaAs 60 isotropic 60 PIN diodes 60 oscillator frequency 60 vibrational modes 60 semiconductor nanowires 60 photonic devices 60 HEMTs 60 heterojunctions 60 ferroelectricity 60 waveguide 60 semiconducting 60 conventional superconductors 59 microwave frequencies 59 manganite 59 PWM signal 59 Vdd 59 thermal conductance 59 inorganic semiconductors 59 voltage divider 59 silicon waveguide 59 nanodots 59 nanoscale 59 transconductance 59 subwavelength 59 lattice vibrations 59 tin oxide 59 downconverter 59 superlens 59 multiferroic 59 passband 59 ZnO nanowires 59 voltages 59 picosecond 59 Indium Phosphide 59 compressive strain 59 AlGaAs 59 phototransistors 59 organic TFTs 59 semiconducting nanowires 59 Schottky 59 emission spectra 59 nanometric 59 FinFET 59 capacitance 59 lattice mismatch 59 JFET 59 dopant atoms 59 bipolar transistors 59 VCSEL 59 electron transistor 59 interparticle 59 indium antimonide 59 wavelength tunability 59 excitation 59 diffraction limit 59 electron tunneling 59 optical waveguides 59 GaN HEMTs 59 mosfet 59 nanobelts 59 photodetectors 59 cuprates 59 surface roughness 59 piezoelectric materials 58 HfSiON 58 transmittance 58 InSb 58 InAs 58 topological insulator 58 atomic lattice 58 external resistor 58 UV photons 58 silicon oxide 58 Mott insulator 58 superconducting qubit 58 magnetic anisotropy 58 antiferromagnetic 58 impedances 58 poly Si 58 vibrational frequency 58 silicon substrate 58 wavelength 58 photon counting 58 magnetoresistance 58 MAX# integrates 58 quantum dot lasers 58 PIN photodiode 58 phonons 58 diffraction pattern 58 #μm [002] 58 ferromagnetism 58 FETs 58 nanostructure 58 barium titanate 58 antimonide 58 CMOS fabrication 58 impedance 58 linewidths 58 silicon 58 ferromagnetic materials 58 ferroelectrics 58 rubidium vapor 58 wafer thickness 58 SQUIDs 58 capacitances 58 lithographic techniques 58 silicon transistors 58 tunability 58 conduction electrons 58 layer graphene 58 characteristic impedance 58 parasitic capacitances 58 picoseconds 58 anisotropy 58 thermal impedance 58 gallium arsenide 58 planar 58 inductance 58 QCLs 58 silicon atoms 58 nonlinearity 58 dipoles 58 nitride 58 output voltage 58 hyperfine 58 semiconducting properties 58 intramolecular 58 electron doped 58 ion traps 58 GaN 58 eutectic 58 micrometer 58 wavefront distortion 58 #.#nm [002] 58 nonmagnetic 58 pn junctions 58 CMOS compatible 58 inhomogeneous 58 quasiparticle 58 ferroelectric materials 58 plasmonic 57 sub picosecond 57 velocity dispersion 57 nanocrystalline 57 nonconducting 57 dc voltage 57 fluorescence emission 57 HEMT 57 chalcogenide glass 57 aluminum gallium nitride 57 electrically insulating 57 microwatt 57 absorption spectra 57 photonic bandgap 57 photon detection 57 electron beams 57 GaP 57 angstroms 57 temperature coefficient 57 bistable 57 inductances 57 nanoantennas 57 bilayer 57 electrical resistivity 57 quantum metrology 57 electron spin 57 fluorescence intensity 57 CMOS 57 titania 57 quasicrystals 57 silicon Si 57 stripline 57 #um [002] 57 SiON 57 resonator 57 HTS wires 57 electrons 57 nickel silicide 57 frequency comb 57 valence electrons 57 refractive indices 57 thermoelectric materials 57 superlattices 57 donor acceptor 57 X ray pulses 57 InP 57 photoconductive 57 indium arsenide 57 magnetization reversal 57 high temperature superconductors 57 CMOS oscillators 57 nanowires 57 quantum dots 57 silicon photonic 57 monolayer 57 InN 57 graphene sheets 57 absorbance 57 terahertz frequencies 57 zener diode 57 quantum capacitance 57 switched capacitor 57 diffraction grating 57 aluminum nitride 57 electron 57 electroluminescence EL 57 nanocages 57 polyaniline 57 radiative recombination 57 silicon waveguides 57 paramagnetic 57 dispersive 57 optically transparent 57 CdSe 57 MOS transistor 57 oxide layer 57 resonators 57 kcal mol 57 electron pairs 57 diffracted 57 photomultiplier 57 tensile stress 57 input capacitance 57 conductivities 57 μm thick 57 magnetic excitations 57 submicron 57 UV wavelengths 57 varactors 57 single photon detectors 57 #nm laser [002] 57 multijunction solar cells 57 cobalt atoms 57 quantum cascade 57 photonic circuits 56 frequency harmonics 56 Raman lasers 56 optical modulators 56 uniaxial 56 optical modulator 56 op amp 56 resonant tunneling 56 k gate dielectric 56 spin excitations 56 k dielectrics 56 DUTs 56 AlN 56 superconductor 56 1nm 56 nanodevice 56 semiconductive 56 indium gallium nitride InGaN 56 enthalpy 56 ionic conductivity 56 tensile strain 56 quantum mechanically 56 VCSELs 56 avalanche photodiode 56 plasmons 56 dipolar 56 emits photons 56 MESFET 56 #.#μm [001] 56 germanium substrates 56 Fig. 1a 56 epitaxy 56 InGaAs InP 56 output impedance 56 heterodyne 56 conjugated polymers 56 GaAs MESFET 56 inhomogeneities 56 monochromator 56 magnetic dipole 56 Nernst 56 illuminance 56 nanofabricated 56 lithium niobate 56 film transistors TFTs 56 nanometers 56 1MHz switching frequency 56 electrophoretic 56 SWCNT 56 nm wavelength 56 nanotube arrays 56 electrically conducting 56 nanorods 56 capacitively coupled 56 MgB2 56 silicon nitride 56 antiparallel 56 microstructures 56 optical waveguide 56 weldability 56 crystal lattices 56 ultrananocrystalline diamond 56 PWM frequency 56 linearly polarized 56 emit photon 56 silicide 56 gallium nitride 56 GaN HEMT 56 silica spheres 56 electrically conductive 56 SAXS 56 nanopillar 56 resonant frequencies 56 nanostructures 56 crystal lattice 56 intermolecular 56 piezoelectric crystal 56 Young modulus 56 light emitting transistor 56 qubit quantum 56 thermally stable 56 monodisperse 56 GaN layer 56 zinc selenide 56 5μm 56 dielectric breakdown 56 doped silicon 56 silicon germanium 56 insulator substrate 56 radiative 56 defect densities 56 resistor 56 microwave photon 56 pore sizes 56 frequency synthesizer 56 amorphous silicon 56 walled carbon nanotube 56 magnetostrictive 56 Fabry Perot 56 ohmic contacts 56 insulator SOI technology 56 nano scale 56 Plasmonic 56 electromigration 56 nanocluster 56 quantum superposition 56 MEMS resonators 56 ferrites 56 transistors 56 lattice parameter 56 ferro electric 56 absorption spectroscopy 56 colloidal crystals 56 lowpass filter 56 thermodynamic equilibrium 56 microscale 56 FWHM 56 toroid 56 θ 56 ratiometric 56 GaN transistor 56 microlenses 56 deformable mirror 56 cobalt atom 56 SiC 56 biomolecule 56 #GHz [001] 56 microlasers 56 mK 56 femtosecond pulses 56 dI dV 56 nanometers nm 55 NiSi 55 PHEMT 55 germanium silicon 55 nanomechanical 55 perovskite 55 dye molecules 55 silicon germanium SiGe 55 microlens 55 indium tin oxide 55 voltage 55 chalcogenide 55 electrochemical 55 silicon nanocrystals 55 keV 55 FDSOI 55 wide bandgap 55 graphene transistor 55 bypass capacitor 55 ZnO nanowire 55 transparent conductive coatings 55 indium phosphide 55 polymer membrane 55 CdS 55 Auger recombination 55 photomultiplier tubes 55 sapphire substrate 55 μm 55 nanoelectromechanical 55 photoelectrochemical 55 rubidium atom 55 interfacial 55 ferrite 55 lightwaves 55 thinner wafers 55 oxide semiconductor 55 impedance matching 55 quantum oscillations 55 SOI CMOS 55 III nitride 55 piezoelectric crystals 55 impedance input 55 graphene sheet 55 antiparticle 55 vias 55 SWNTs 55 crystal oscillator 55 electrons emitted 55 directivity 55 single photon detector 55 analyte 55 MeV 55 Coulomb blockade 55 nanocomposite material 55 quasiparticles 55 5nm 55 oxide thickness EOT 55 thermal dissipation 55 superconductive 55 magnesium ion 55 2nm 55 crystalline Si 55 orbitals 55 k gate dielectrics 55 instrumentation amplifier 55 inductor 55 spectroscopic technique 55 voltage outputs 55 pseudogap phase 55 K dielectrics 55 CNTs 55 GPa 55 nanorod 55 atomically smooth 55 nonlinearities 55 bandpass filter 55 dye sensitized cells 55 boron nitride nanotubes 55 multilayers 55 photon 55 photomultipliers 55 photonic crystals 55 antireflective coatings 55 erbium 55 indium tin oxide ITO 55 Rydberg atom 55 iron pnictides 55 synchronous rectification 55 cm -2 55 Tunable 55 metamaterial 55 photons emitted 55 superconductivity 55 LDMOS RF power 55 resonant cavity 55 #.#V [002] 55 nanotubes 55 thermally induced 55 converter topology 55 elastic moduli 55 electrochemical reactions 55 diffraction 55 gate transistors 55 resistor capacitor 55 fluorescence quenching 55 Terahertz radiation 55 Field Effect Transistors 55 piezoelectric 55 silicon nanowires 55 superconductors 55 Germanium 55 variable resistor 55 Mosfet 55 superconducting qubits 55 nanochannels 55 perturbation theory 55 scanning tunneling microscopy 55 germanium 55 cadmium selenide 55 anodic 55 helium ions 55 crystalline lattice 55 #:# multiplexer 55 amplitudes 55 UV lasers 55 Mosfets 55 SWCNTs 55 bistability 55 UCC# 55 hydrophobicity 55 fluorescence excitation 55 InGaN 55 output capacitance 55 coupling capacitors 55 exfoliated graphene 55 PbS 55 inductive coupling 55 linear amplifiers 55 0V 55 λ 55 gold nanoclusters 55 power dissipation 55 micromachined 55 surface plasmon resonance SPR 55 spintronic devices 55 Dirac fermions 55 photon flux 55 diffusion coefficient 55 galvanic isolation 54 titania nanotubes 54 modulus 54 lanthanum strontium 54 insulator wafers 54 annealing temperature 54 cm ² 54 van der Waals interactions 54 semiconducting nanotubes 54 tunable 54 nanoscale dimensions 54 SOI substrate 54 dimensional electron 54 σ 54 crystallites 54 diffracting 54 Vertical Cavity Surface Emitting 54 optically pumped 54 solar cells 54 magnetically coupled 54 geometries 54 oscillation amplitude 54 photobleaching 54 magnetic flux 54 transistor amplifier 54 microelectromechanical 54 parasitic inductance 54 nanometers billionths 54 ductility 54 carbon nanotube transistors 54 irradiance 54 calcium fluoride 54 Silicon Germanium 54 ferrite core 54 catalytically active 54 ytterbium 54 GaAs PHEMT 54 ohm load 54 clamping voltage 54 SiGe bipolar 54 crystalline structure 54 optically coupled 54 nanowire transistors 54 Bragg grating 54 thermal conductivities 54 GaAs AlGaAs 54 micron thick 54 antibody antigen 54 transimpedance amplifier 54 transistor circuits 54 decoherence 54 gallium nitride GaN 54 insulating substrate 54 AlN layer 54 -# dBm [001] 54 diodes 54 indium gallium arsenide InGaAs 54 Capacitance 54 EO polymer 54 electrochemical capacitors 54 millivolt 54 laser excitation 54 electromagnetic interference EMI 54 rectifier diode 54 nanomembranes 54 indium gallium phosphide InGaP 54 THz waves 54 epi wafers 54 photons 54 Vpp 54 Fourier transform 54 calorimetric 54 circular dichroism 54 compressive stress 54 micrometre 54 nanostructured 54 atomically thin 54 hysteresis loop 54 micron diameter 54 demultiplexer 54 heterogeneous catalysts 54 optical lattices 54 ultraviolet laser 54 spectral density 54 superparamagnetic 54 collimated beam 54 quantum criticality 54 differential impedance 54 ppm ° C 54 differential amplifiers 54 varistor 54 spin precession 54 carbon nanotubes 54 FeRAM 54 luminous efficacy 54 Nova NanoSEM 54 gallium indium arsenide 54 DS DBR 54 linearized 54 carbides 54 nanochannel 54 copper interconnects 54 superconducting cables 54 melt viscosity 54 magnon 54 atoms 54 microstrip 54 reflectance 54 millivolts 54 Insulator SOI 54 monolithically integrated 54 manganese atoms 54 Grätzel cells 54 TFTs 54 helicity 54 Factor Correction 54 FUSI 54 Gaussian beam 54 quasicrystal 54 amplifier module 54 Ytterbium 54 electret 54 cantilever deflection 54 indium gallium arsenide 54 Carbon nanotube 54 terahertz 54 rotaxanes 54 GaN transistors 54 PEDOT 54 thermal gradients 54 SAW oscillators 54 solder bumps 54 ring resonator 54 liquid electrolyte 54 anion 54 Bose Einstein Condensate 54 intermetallic 54 impedance measurements 54 diffract 54 Brillouin zone 54 2dB 54 electron proton 54 vanadium dioxide 54 amorphous silicon Si 54 photons particles 54 correlated electron 54 microbolometers 54 delta sigma 54 bandpass 54 nanopore 54 nanoelectronic devices 54 Lithium ions 54 μm diameter 54 diamagnetic 54 ± #.#dB 54 Mott insulators 54 liquid crystal molecules 54 Ge substrates 54 silicon oxynitride 54 Fig. 3a 54 evanescent waves 54 ultraviolet lasers 54 temperature superconducting 54 martensite 54 gallium phosphide 54 Fig. 3b 54 macroscale 54 m z 54 nanocircuits 54 ultrathin layer 54 iCoupler 54 unpolarized 54 μV 54 low k dielectrics 54 x ray optics 54 cadmium sulfide 54 #mV [002] 54 Erbium Doped Fiber Amplifiers 54 graphene nanoribbon 54 surface plasmon resonance 54 topological insulators 54 #.#VI O 54 #ksps 54 magnetic vortices 54 cuprate superconductors 54 GaAs pHEMT 54 transistor HEMT 54 self assembled monolayer 54 interdigitated 54 quantum cascade lasers 54 scanning tunneling microscope 54 coupling capacitor 53 dielectric permittivity 53 RFMD GaN 53 microfluidic chips 53 solitons 53 protein adsorption 53 polymer membranes 53 Photons 53 frequency doubler 53 dipole antenna 53 capacitive sensors 53 EDFAs 53 bismuth ferrite 53 emissivity 53 mesoporous 53 micro machined 53 relaxivity 53 fluorophores 53 SiC substrates 53 4mA 53 1mA 53 excitations 53 diode 53 carbon nanotube 53 neutrino mass 53 pulse widths 53 conductive epoxy 53 photonic crystal fiber 53 scintillator 53 rotary encoder 53 z axis 53 tunable optical 53 tantalum capacitors 53 GaN wafers 53 RDS ON 53 Metamaterials 53 wavefunction 53 microfabrication 53 thyristor 53 wavelengths 53 transfer FRET 53 reflectivity 53 m 53 microchannel 53 linearization 53 converter topologies 53 x ray beam 53 polarity 53 intracellular pH 53 electroluminescence 53 #lm [002] 53 sensing resistors 53 VHP# 53 #nm #nm [002] 53 nanowire arrays 53 phosphorus atom 53 nanoparticle arrays 53 wettability 53 CIGS solar cells 53 NWs 53 chirality 53 BJTs 53 photoelectron spectroscopy 53 controllably 53 HfO2 53 multicrystalline module 53 sodium atoms 53 lattice spacing 53 metamaterials 53 DFB lasers 53 #.#um [001] 53 adatoms 53 mechanical resonators 53 amplitude modulation 53 silicon dioxide 53 post perovskite 53 phytochrome 53 potassium niobate 53 superconduct 53 interferometer 53 ab initio calculations 53 tetragonal 53 mm ² 53 SiO2 53 beam splitter 53 hexagonal lattice 53 graphane 53 thermally activated 53 photonic 53 titanium oxide 53 Shor algorithm 53 photon beams 53 circular polarization 53 JFETs 53 transistor leakage 53 erbium doped fiber 53 pentacene molecule 53 nanolaser 53 zener diodes 53 chemical reactivity 53 metallic nanotubes 53 microfluidic chip 53 numerical aperture 53 photocatalysts 53 gigapascals 53 hafnium 53 passivated 53 thermal EMF 53 analog circuitry 53 interferometers 53 nanosecond pulse 53 ridge waveguide 53 electric dipole 53 excitation energies 53 GaAs substrate 53 silicone encapsulation 53 quantum tunneling 53 yttrium barium copper 53 anisotropic 53 self assembled monolayers 53 resistive element 53 oppositely charged 53 #.#μ 53 oscillation frequencies 53 visible wavelengths 53 1kHz 53 SiC diodes 53 monocrystalline silicon 53 Lithium Niobate 53 ACPL K# 53 electro optic modulator 53 Nd YAG 53 epitaxial silicon 53 SiC Schottky diodes 53 femtosecond lasers