Search Results - "Trinite, V."

Johnson and shot noises in intersubband detectors by Delga, A., Doyennette, L., Carras, M., Trinité, V., Bois, P.

“…Johnson and shot noises are usually considered as independent in intersubband detectors. In this paper, we discuss some simple ideas showing that they are…”
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High-responsivity operation of quantum cascade detectors at 9 µm by Marschick, G., David, M., Arigliani, E., Opačak, N., Schwarz, B., Giparakis, M., Delga, A., Lagree, M., Poletti, T., Trinite, V., Evirgen, A., Gerard, B., Ramer, G., Maulini, R., Butet, J., Blaser, S., Andrews, A. M., Strasser, G., Hinkov, B.

“…Quantum cascade detectors (QCDs) are devices operating at zero external bias with a low dark-current. They show linear detection and high saturation…”
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Comparative analysis of quantum cascade laser modeling based on density matrices and non-equilibrium Green's functions by Lindskog, M., Wolf, J. M., Trinite, V., Liverini, V., Faist, J., Maisons, G., Carras, M., Aidam, R., Ostendorf, R., Wacker, A.

“…We study the operation of an 8.5 μm quantum cascade laser based on GaInAs/AlInAs lattice matched to InP using three different simulation models based on…”
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High thermal performance of μ-stripes quantum cascade laser by de Naurois, G. M., Simozrag, B., Maisons, G., Trinité, V., Alexandre, F., Carras, M.

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Predictive circuit model for noise in quantum cascade detectors by Delga, A., Carras, M., Doyennette, L., Trinité, V., Nedelcu, A., Berger, V.

“…Electronic noise in quantum cascade structures is investigated theoretically and experimentally under dark conditions. A model based on a unified and…”
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Long range resonant tunneling in quantum cascade structures by Buffaz, A., Carras, M., Doyennette, L., Trinité, V., Marcadet, X., Berger, V.

“…Tunneling transport in a quantum cascade detector is investigated. With regard to coherent transport in quantum cascade lasers, a Kazarinov-Suris approach R…”
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High speed, antenna-enhanced 10.3 μm quantum cascade detector by Quinchard, G., Mismer, C., Hakl, M., Pereira, J., Lin, Q., Lepillet, S., Trinité, V., Evirgen, A., Peytavit, E., Reverchon, J. L., Lampin, J. F., Barbieri, S., Delga, A.

“…The strong potential of intersubband detectors in the field of mid-infrared photodetection places this technology as a relevant alternative to HgCdTe detectors…”
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Terahertz intersubband absorption of GaN/AlGaN step quantum wells grown by MOVPE on Si(111) and Si(110) substrates by Jollivet, A., Tchernycheva, M., Trinité, V., Frayssinet, E., De Mierry, P., Cordier, Y., Julien, F. H.

“…We demonstrate terahertz intersubband absorptions in nitride step quantum wells (SQWs) grown by metal organic vapor phase epitaxy simultaneously on two…”
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Design rules for high wall-plug efficiency quantum cascade lasers by Ouerghemmi, E, Trinité, V, Nagle, J

“…An excellent agreement is achieved between calculated and experimental performances for published designs. By optimization of gain saturation in the structure,…”
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Master equation approach of classical noise in intersubband detectors by Delga, A., Carras, M., Trinité, V., Guériaux, V., Doyennette, L., Nedelcu, A., Schneider, H., Berger, V.

“…Electronic transport in intersubband detectors is investigated theoretically and experimentally. Within the framework of inter-Wannier-Stark levels electron…”
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High speed mid-IR Quantum Cascade Detector at room temperature by Quinchard, G., Mismer, C., Trinite, V., Evirgen, A., Larrue, A., Hakl, M., Lampin, J-F, Peytavit, E., Barbieri, S., Delga, A.

“…We present a high-speed antenna enhanced Quantum Cascade Detector at 10.3μm. By using a coherent detection scheme and thin InGaAs/AlInAs heterostructure…”
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High speed antenna enhanced mid-infrared quantum cascade detector by Quinchard, G., Barbieri, S., Delga, A., Larrue, A., Garcia, M., Mismer, C., Trinite, V., Evirgen, A., Hakl, M., Lampin, J-F, Peytavit, E.

“…We demonstrate a λ=10.3 μm Quantum Cascade Detector embedded in a subwavelength optical patch antenna cavity. In this structure, the responsivity is enhanced…”
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μ-Stripes high power quantum cascade lasers arrays by Carras, M., Gerard, B., Maisons, G., Simozrag, B., Trinite, V.

“…Summary form only given. For optical countermeasures application, the efficiency of the sources, the beam quality and the power are the crucial points. In the…”
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Broadband quantum cascade lasers monolithically multiplexed on Silicon for mid-infrared spectroscopy by Maisons, G., Gerard, B., Simozrag, B., Trinite, V., Carras, M., Brun, M., Boutami, S., Labaye, P., Nicoletti, S.

“…We present the realizations of an array of Distributed Feedback (DFB) lasers and passive optical waveguides based on Silicon. The aim of these preliminary…”
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Electronic structure of InAs/GaSb superlattice for the modelling of MWIR pin photodiode by Imbert, J., Trinite, V., Derelle, S., Jaeck, J., Giard, E., Delmas, M., Carras, M., Haidar, R., Rodriguez, J.B., Christol, P.

“…•We present a 18-bands k.p method to simulate energies and wavefunctions.•We study three different type of InAs/GaSb superlattices structures.•Calculated…”
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Influence of Sawtooth Patterns on the Detection Properties of Quantum Well Infrared Photodetectors by Lhuillier, Emmanuel, Gueriaux, V., Trinite, V., Carras, M.

“…Sawtooth patterns in the I - V curves of superlattices result from the bistability induced by the negative differential resistance of the local J - F curve…”
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Multi-regrowth steps for the realization of buried single ridge and μ-stripes quantum cascade lasers by Parillaud, O., de Naurois, G.-M, Simozrag, B., Trinite, V., Maisons, G., Garcia, M., Gerard, B., Carras, M., Metaferia, W., Junesand, C., Kataria, H., Sun, Y., Lourdudoss, S.

“…We report on the realization of buried single ridge and μ-stripes quantum cascade lasers using HVPE and MOVPE regrowth steps of semi-insulating InP:Fe and Si…”
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An effective density matrix approach for intersubband plasmons coupled to a cavity field: electrical extraction/injection of intersubband polaritons by Lagrée, M, Jeannin, M, Quinchard, G, Pes, S, Evirgen, A, Delga, A, Trinité, V, Colombelli, R

“…The main technological obstacle hampering the dissemination of modern optoelectronic devices operating with large light-matter coupling strength ${\Omega}$ is…”
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