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Solid State Devices for Quantum Information
Luisa González Sotos, Benito Alén Milán, Jorge Manuel GarcÃa MartÃnez
Instituto de Microelectrónica de Madrid (CSIC).
Abstract: This subproject aims at establishing the capability of fabricating, analyzing and controlling material components for quantum information, by applying simultaneously quantum confinement of light and of carriers in nanostructures. Experiment.
 | Semiconductor self assembled nanostructures like Quantum Dots, Quantum Rings and Quantum Wire are the nanotechnological approach of the MBE group at IMM-CNM-CSIC to take advantege of the benefits of carrier confinement together with the benefits of photon confinement in 2D semiconductor photonic crystals. A FULL BAND GAP engineeringing of matter and light enables the fabrication of advanced quantum devices like lasers and single photon emitters for future quantum optical information technologies. |
Collaborations with other subprojects:
Single-atom-single-photon interfaces, Practical quantum key distribution, Solid State Single Photon Devices.
Other Participants: MarÃa Luisa Dotor Castilla, José Llorens, Melih Kaldirim, Jesús Herranz Zamorano, Antonio Rivera de Mena, Lorenzo Sanchis Martínez, Iván Prieto González, Pablo Alonso González, Luis Javier MartÃnez RodrÃguez, Alfonso González Taboada, M. Yolanda González DÃez, Pablo Aitor Postigo Resa, Isaac Suárez.
Group's Homepage:
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