1995Conference on Lasers and Electro-OpticsRequires access

First demonstration of an efficient near-infrared optical parametric oscillator with an organomineral crystal

S. Khodia, D. Josse, I. Zyss

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Abstract

New nonlinear optical materials with optimized properties are crucial for the development and practical use of optical parametric amplificators (OPAs) and oscillators (OPOs). Recent experimental results demonstrate that organomineral materials combine the robustness of inorganics with the efficiency of organics.1-5

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New nonlinear optical materials with optimized properties are crucial for the development and practical use of optical parametric amplificators (OPAs) and oscillators (OPOs). Recent experimental results demonstrate that organomineral materials combine the robustness of inorganics with the efficiency of organics.1-5

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Available abstract

New nonlinear optical materials with optimized properties are crucial for the development and practical use of optical parametric amplificators (OPAs) and oscillators (OPOs). Recent experimental results demonstrate that organomineral materials combine the robustness of inorganics with the efficiency of organics.1-5

Key concepts: OPOS, Parametric statistics, Optical parametric oscillator, Robustness (evolution), Optical parametric amplifier, Nonlinear optics, Optical materials, Infrared

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