Search Results - "Marderfeld, I."

XBn and XBp Detectors Based on Type II Superlattices by Klipstein, P. C., Benny, Y., Cohen, Y., Fraenkel, N., Gliksman, S., Glozman, A., Hadari, N., Hirsh, I., Katz, M., Klin, O., Langof, L., Lukomsky, I., Marderfeld, I., Nitzani, M., Rakhmilevich, D., Shusterman, S., Shafir, I., Shtrichman, I., Sicron, N., Snapi, N., Yaron, N.

“…XB n and XB p barrier detectors offer diffusion-limited dark current and high operating temperatures. Type II superlattices (T2SLs) based on either InAs/GaSb…”
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Type II Superlattice Infrared Detector Technology at SCD by Klipstein, P. C., Avnon, E., Benny, Y., Cohen, Y., Fraenkel, R., Gliksman, S., Glozman, A., Hojman, E., Klin, O., Krasovitsky, L., Langof, L., Lukomsky, I., Marderfeld, I., Yaron, N., Nitzani, M., Rappaport, N., Shtrichman, I., Snapi, N., Weiss, E.

“…Semi-Conductor Devices’ long-wave infrared 640 × 512/15- μ m pitch type II superlattice detector is based on an XB p design with an InAs/GaSb absorbing layer…”
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Polarization sensitive spectroscopy of charged quantum dots by Poem, E., Shemesh, J., Marderfeld, I., Galushko, D., Akopian, N., Gershoni, D., Gerardot, B. D., Badolato, A., Petroff, P. M.

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Polarization memory in single quantum dots by Poem, E., Khatsevich, S., Benny, Y., Marderfeld, I., Badolato, A., Petroff, P.M., Gershoni, D.

“…We measured the polarization memory of excitonic and biexcitonic optical transitions from single quantum dots at either positive, negative or neutral charge…”
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Minority carrier lifetime and diffusion length in type II superlattice barrier devices by Klipstein, P.C., Benny, Y., Gliksman, S., Glozman, A., Hojman, E., Klin, O., Langof, L., Lukomsky, I., Marderfeld, I., Nitzani, M., Snapi, N., Weiss, E.

“…•Model for the size dependence of dark- and photo-current in mesa test devices.•k⋅p model of intrinsic carrier concentration in type II superlattice…”
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Performance Limits of III–V Barrier Detectors by Klipstein, P. C., Benny, Y., Cohen, Y., Fraenkel, N., Gliksman, S., Glozman, A., Hirsh, I., Langof, L., Lukomsky, I., Marderfeld, I., Milgrom, B., Nitzani, M., Rakhmilevich, D., Shkedy, L., Snapi, N., Shtrichman, I., Weiss, E., Yaron, N.

“…Minority-carrier lifetimes and diffusion lengths have been deduced from a comparison of band structure simulations and experimental measurements on mid-wave…”
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Polarization memory in single quantum dots: Fundamental Phenomena and Applications of Quantum Dots by POEM, E, KHATSEVICH, S, BENNY, Y, MARDERFELD, I, BADOLATO, A, PETROFF, P. M, GERSHONI, D

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Polarization memory in single Quantum Dots by Poem, E, Khatsevich, S, Benny, Y, Marderfeld, I, Badolato, A, Petroff, P. M, Gershoni, D

“…We measured the polarization memory of excitonic and biexcitonic optical transitions from single quantum dots at either positive, negative or neutral charge…”
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Polarization sensitive spectroscopy of charged Quantum Dots by Poem, E, Shemesh, J, Marderfeld, I, Galushko, D, Akopian, N, Gershoni, D, Gerardot, B. D, Badolato, A, Petroff, P. M

“…We present an experimental and theoretical study of the polarized photoluminescence spectrum of single semiconductor quantum dots in various charge states. We…”
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