NOVEL PHOTONIC DEVICES BASED ON CONICAL REFRACTION
An optical system (31) with an input optical source (33) for projecting an input beam along an optical axis and an optical element (37, 43) which creates a cone refracted beam (41) from the input beam (35) then reconstructs the input beam (49). The optical element may comprise a first cone refractiv...
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Format | Patent |
Language | English French |
Published |
06.03.2018
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Abstract | An optical system (31) with an input optical source (33) for projecting an input beam along an optical axis and an optical element (37, 43) which creates a cone refracted beam (41) from the input beam (35) then reconstructs the input beam (49). The optical element may comprise a first cone refractive element (37) which creates a cone refracted beam and reconstructs the beam using a reconstructing optical element (43) to apply a phase shift to the cone refracted beam. The optical system may be used to form a laser or a gain medium for a laser.
Un système optique (31) comprend une source optique d'entrée (33) pour projeter un faisceau d'entrée le long d'un axe optique et un élément optique (37, 43) qui crée un faisceau réfracté conique (41) à partir du faisceau d'entrée (35), puis reconstruit le faisceau d'entrée (49). L'élément optique peut comprendre un premier élément de réfraction conique (37) qui crée un faisceau réfracté conique et reconstruit le faisceau à l'aide d'un élément optique de reconstruction (43) pour appliquer un déphasage au faisceau réfracté conique. Ledit système optique peut être utilisé pour former un laser ou un matériau actif pour un laser. |
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AbstractList | An optical system (31) with an input optical source (33) for projecting an input beam along an optical axis and an optical element (37, 43) which creates a cone refracted beam (41) from the input beam (35) then reconstructs the input beam (49). The optical element may comprise a first cone refractive element (37) which creates a cone refracted beam and reconstructs the beam using a reconstructing optical element (43) to apply a phase shift to the cone refracted beam. The optical system may be used to form a laser or a gain medium for a laser.
Un système optique (31) comprend une source optique d'entrée (33) pour projeter un faisceau d'entrée le long d'un axe optique et un élément optique (37, 43) qui crée un faisceau réfracté conique (41) à partir du faisceau d'entrée (35), puis reconstruit le faisceau d'entrée (49). L'élément optique peut comprendre un premier élément de réfraction conique (37) qui crée un faisceau réfracté conique et reconstruit le faisceau à l'aide d'un élément optique de reconstruction (43) pour appliquer un déphasage au faisceau réfracté conique. Ledit système optique peut être utilisé pour former un laser ou un matériau actif pour un laser. |
Author | KALKANDJIEV, TODOR ABDOLVAND, AMIN RAFAILOV, EDIK |
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DocumentTitleAlternate | NOUVEAUX DISPOSITIFS PHOTONIQUES BASES SUR LA REFRACTION CONIQUE |
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Snippet | An optical system (31) with an input optical source (33) for projecting an input beam along an optical axis and an optical element (37, 43) which creates a... |
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SubjectTerms | BASIC ELECTRIC ELEMENTS DEVICES USING STIMULATED EMISSION ELECTRICITY OPTICAL ELEMENTS, SYSTEMS, OR APPARATUS OPTICS PHYSICS |
Title | NOVEL PHOTONIC DEVICES BASED ON CONICAL REFRACTION |
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