首页> 外文会议>2011 Conference on Lasers and Electro-Optics Europe and 12th European Quantum Electronics Conference >Ions inside a parabolic mirror - Surrounding absorbers with reflective geometry allows for efficient free space-coupling
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Ions inside a parabolic mirror - Surrounding absorbers with reflective geometry allows for efficient free space-coupling

机译:抛物面镜中的离子-具有反射几何形状的周围吸收体可实现有效的自由空间耦合

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The interaction of light and matter at the level of a single quantum has been the subject of many research efforts, and gained momentum during the last decade. This is mainly due to the promising progress in the field but also due to proposals for applications such as quantum repeaters or hybrid quantum communication protocols. For experiments involving single quantum systems and their interaction with light, the figure of merit is the coupling strength that can be realized in the particular system at hand.
机译:光和物质在单个量子级的相互作用一直是许多研究工作的主题,并且在过去十年中获得了发展。这主要是由于在该领域中有希望的进展,也归因于针对诸如量子中继器或混合量子通信协议之类的应用的建议。对于涉及单量子系统及其与光相互作用的实验,品质因数是可以在当前特定系统中实现的耦合强度。

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