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      DSPTime DelayPDLResolution
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      Measure TheoryFoundations of Quantum MechanicsQuantum Information ProcessingQuantum Theory
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      Quantum PhysicsError AnalysisBit Error RateOptical physics
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      Nonlinear OpticsMonte CarloNumerical AnalysisNumerical Methods
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      EngineeringMaterials EngineeringCondensed Matter PhysicsRemote Sensing
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      Nonlinear OpticsMonte CarloNumerical AnalysisNumerical Methods
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      EngineeringMaterials EngineeringCondensed Matter PhysicsRemote Sensing
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      Statistical AnalysisLink analysisSimulation MethodsRandom Noise
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      Low NoiseFront endTiming Jitter
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      Mechanical EngineeringApplied MathematicsMeasurementTheoretical Analysis
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      Positron Emission TomographyInstrumentationTime of FlightPower Consumption
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      Monolithic IntegrationElectrical And Electronic EngineeringTiming Jitter
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      Quantum PhysicsNonlinear OpticsPower GenerationOptical Waveguide
The performance of three types of InGaAs/InP avalanche photodiodes is investigated for photon counting at 1550 nm in the temperature range of thermoelectric cooling. The best one yields a dark count probability of $% 2.8\cdot 10^{-5}$ per... more
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    •   14  
      Quantum PhysicsQuantum InformationNanotechnologyQuantum Key Distribution
The development of a three-electrode trigatron gap with the trigger electrode inside the main electrode is discussed in this paper. Two models of the operation mechanism are proposed to explain the breakdown in the trigatron gap. In... more
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      Atmospheric ModelingAtmospheric Pressure PlasmaTheoretical AnalysisJitter
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      Quantum PhysicsOptical physicsLinear SystemPolarization Mode Dispersion
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      High FrequencyVoltage Controlled OscillatorHigh performanceComputer Applications
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      Electromagnetic InductionCurrent DensityMathematical ModelLow Temperature
We present a single-photon avalanche diode (SPAD) with a wide spectral range fabricated in an advanced 180 nm CMOS process. The realized SPAD achieves 20 % photon detection probability (PDP) for wavelengths ranging from 440 nm to 820 nm... more
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      SemiconductorsPhotometryOptical physicsPhotons
Single-molecule Förster resonance energy transfer (smFRET) is a powerful tool for extracting distance information between two fluorophores (a donor and acceptor dye) on a nanometer scale. This method is commonly used to monitor binding... more
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      Monte CarloQuantum EfficiencyImpact IonizationSpace Charge
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      Data CommunicationPower ConsumptionFirst-Order LogicHigh Speed
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      Nonlinear OpticsMonte CarloNumerical AnalysisNumerical Methods
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      Low NoiseSpatial resolutionTiming JitterHigh energy
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      ModulationOrganic Semiconductor LaserSemiconductor LasersMode Locking
Recent experimental work on semiconductor-based harmonically mode-locked lasers geared toward low noise applications is reviewed. Active, harmonic mode-locking of semiconductor-based lasers has proven to be an excellent way to generate 10... more
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      Semiconductor LasersFeedbackOptical physicsLow Noise
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      Measure TheoryFoundations of Quantum MechanicsQuantum Information ProcessingQuantum Theory
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      Optical Communication SystemBit Error RateDispersion CompensationOptical physics
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      Optical CommunicationCommunication SystemOptical Communication SystemBit Error Rate
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      Quantum PhysicsError AnalysisBit Error RateOptical physics
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      Organic Semiconductor LaserOptical physicsSpectrumQuantum Dot
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      High FrequencySampling methodsMaximum LikelihoodData acquisition
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      Harmonic AnalysisQuantum PhysicsRadio FrequencyOptical physics
This work presents the results of short circuit tests recently conducted on PFMA1 [1], a 150 kJ Mather-type Plasma Focus [2] designed to run at a repetition rate of 1 Hz for two hours at a time. PFMA1 is operated at 30 kV, with a 350 F... more
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      High VoltagePhysical sciencesFinite Element ModelDense Plasma Focus
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      PhysicsRoom TemperatureExperimental TestsLow Noise
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      Optical physicsElectrical And Electronic EngineeringTiming JitterChromatic Dispersion
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      Communication SystemOptical Communication SystemAmplified spontaneous emissionPARTIAL DIFFERENTIAL EQUATION
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      OscillationsMicrowave PhotonicsIntegrated CircuitClock & Data Recovery
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      Time DelayBit Error RateAmplified spontaneous emissionOptical network
In recent years a growing number of applications demands always better timing resolution for Single Photon Avalanche Diodes. The challenge is pursuing the improved timing resolution without impairing the other device characteristics such... more
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      PhotoluminescencePerformance EvaluationOrganic Semiconductor LaserAvalanche Photodiodes
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      Semiconductor LasersOptical physicsOptical Frequency CombPhase Noise
This paper describes a new technique which allows measuring time-varying noise of (analog-to-digital) A/D converters more accurately than may be possible with traditional test equipment. A previous work demonstrated that the effects of... more
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      Cross CorrelationNoise MeasurementAnalog to Digital ConversionElectrical And Electronic Engineering
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      Signal ProcessingHigh FrequencyComputer SimulationSampling methods
Rapid Single Flux Quantum (RSFQ) logic is well-known for its ultra-high switching speed and extremely low power consumption. In this paper, we present two original experiments to demonstrate that it's also a reliable technology and its... more
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      Materials EngineeringCondensed Matter PhysicsJosephson JunctionsBit Error Rate
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      Computational ModelingReactive PowerCircuit simulationLow Frequency Noise
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      Power SystemMechanism DesignInertial Fusion EnergyCircuit simulation
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      Computational ComplexityMobile Radio Channel EstimationTime UseConvergence
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      Organic Semiconductor LaserRadio FrequencyOscillationsOptical physics
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    •   6  
      MasersOrganic Semiconductor LaserOscillationsOptical physics
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      Parameter estimationKalman FilterCramer Rao Lower BoundMaximum Likelihood
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      High FrequencySampling methodsMaximum LikelihoodData acquisition