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首页> 外文会议>Conference on Quantum Communications and Quantum Imaging; Aug 6-8, 2003; San Diego, California, USA >Applications of Correlated Photon Statistics with a Biphoton Source in an Organic Material
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Applications of Correlated Photon Statistics with a Biphoton Source in an Organic Material

机译：双光子源相关光子统计在有机材料中的应用

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摘要

The process of generating entangled photons by a biphoton source is examined in the context of the detection of correlated two-photon absorption (TPA) induced fluorescence in an organic material. This effect may have possible applications in spectroscopy as well as chemical and biological sensing. The use of certain organic branched molecules which possess large cross sections for random TPA is presented in relation to the magnitude of the correlated two-photon absorption rate. The results of the angular dependence of the biphoton statistics are presented. Estimates of the expected correlated two-photon-absorption rate and subsequent number of emitted photons from the organic material are discussed.
机译：在检测有机材料中相关的双光子吸收（TPA）诱导的荧光的背景下，检查了由双光子源产生纠缠光子的过程。这种效应可能在光谱学以及化学和生物传感中可能有应用。与相关的双光子吸收速率的大小有关，提出了使用某些具有大横截面的有机支链分子用于随机TPA。给出了双光子统计量的角度依赖性的结果。讨论了预期的相关双光子吸收速率以及随后从有机材料发出的光子数量的估计。

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