Q3696567 (Q3696567): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Created claim: summary (P836): The growing need for information storage and transmission leads to a major paradigm shift, in which electronic systems are gradually replaced by so-called photonic systems — using photon as the elementary particle of a laser beam — that will achieve an all-optical processing of information. The use of photonics as a science and technology to manipulate, store, transmit and process information in optical form is now the focus of many research tea...) |
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The growing need for information storage and transmission leads to a major paradigm shift, in which electronic systems are gradually replaced by so-called photonic systems — using photon as the elementary particle of a laser beam — that will achieve an all-optical processing of information. The use of photonics as a science and technology to manipulate, store, transmit and process information in optical form is now the focus of many research teams and businesses in Europe. For many years, participants in this project have contributed to the development of innovative solutions for the optical processing of information using photonic systems. Examples include the development of reconfigurable optical interconnections using the interaction of space solitons in photorefrant crystals, a patented solution, or the development of very high-speed optical cryptography solutions using optical chaos.The proposed project aims to further develop this research and in particular to study the applications of semiconductor and/or photorefractive materials for the all-optical processing of information. (English) | |||||||||||||||
| Property / summary: The growing need for information storage and transmission leads to a major paradigm shift, in which electronic systems are gradually replaced by so-called photonic systems — using photon as the elementary particle of a laser beam — that will achieve an all-optical processing of information. The use of photonics as a science and technology to manipulate, store, transmit and process information in optical form is now the focus of many research teams and businesses in Europe. For many years, participants in this project have contributed to the development of innovative solutions for the optical processing of information using photonic systems. Examples include the development of reconfigurable optical interconnections using the interaction of space solitons in photorefrant crystals, a patented solution, or the development of very high-speed optical cryptography solutions using optical chaos.The proposed project aims to further develop this research and in particular to study the applications of semiconductor and/or photorefractive materials for the all-optical processing of information. (English) / rank | |||||||||||||||
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| Property / summary: The growing need for information storage and transmission leads to a major paradigm shift, in which electronic systems are gradually replaced by so-called photonic systems — using photon as the elementary particle of a laser beam — that will achieve an all-optical processing of information. The use of photonics as a science and technology to manipulate, store, transmit and process information in optical form is now the focus of many research teams and businesses in Europe. For many years, participants in this project have contributed to the development of innovative solutions for the optical processing of information using photonic systems. Examples include the development of reconfigurable optical interconnections using the interaction of space solitons in photorefrant crystals, a patented solution, or the development of very high-speed optical cryptography solutions using optical chaos.The proposed project aims to further develop this research and in particular to study the applications of semiconductor and/or photorefractive materials for the all-optical processing of information. (English) / qualifier | |||||||||||||||
point in time: 22 November 2021
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Revision as of 10:40, 22 November 2021
Project Q3696567 in France
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3696567 in France |
Statements
40,000.0 Euro
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96,800.0 Euro
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41.32 percent
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1 January 2015
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31 December 2016
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CENTRALESUPELEC
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Les besoins croissants en stockage et transmission d'informations conduisent à un changement de paradigme majeur, dans lequel les systèmes électroniques sont progressivement remplacés par des systèmes dits photoniques - utilisant le photon comme particule élémentaire d'un faisceau laser - qui réaliseront un traitement tout optique de l'information. L'utilisation de la photonique comme science et technologie pour manipuler, stocker, transmettre et traiter de l'information sous forme optique, est aujourd'hui au centre des préoccupations de nombreuses équipes de recherche et entreprises en Europe. Les participants à ce projet ont depuis de nombreuses années contribué à développer des solutions innovantes pour le traitement tout optique de l'information utilisant les systèmes photoniques. Nous pouvons citer notamment le développement d'interconnections optiques reconfigurables utilisant l'interaction de solitons spatiaux dans des cristaux photoréfractifs, solution ayant fait l'objet d'un brevet, ou encore le développement de solutions de cryptographie optique à très haut débit utilisant le chaos optique.Le projet proposé vise à poursuivre le développement de ces recherches et plus particulièrement d'étudier les applications de matériaux à semi-conducteurs et/ou photoréfractifs pour le traitement tout optique de l'information. (French)
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The growing need for information storage and transmission leads to a major paradigm shift, in which electronic systems are gradually replaced by so-called photonic systems — using photon as the elementary particle of a laser beam — that will achieve an all-optical processing of information. The use of photonics as a science and technology to manipulate, store, transmit and process information in optical form is now the focus of many research teams and businesses in Europe. For many years, participants in this project have contributed to the development of innovative solutions for the optical processing of information using photonic systems. Examples include the development of reconfigurable optical interconnections using the interaction of space solitons in photorefrant crystals, a patented solution, or the development of very high-speed optical cryptography solutions using optical chaos.The proposed project aims to further develop this research and in particular to study the applications of semiconductor and/or photorefractive materials for the all-optical processing of information. (English)
22 November 2021
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Identifiers
LO0007471
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