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机译:介绍

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This conference on Quantum Optics in the frame of the SPIE Photonics Europe 2014 was arranged for the third time in Brussels, Belgium. It was devoted to the recent scientific advances at the interface between quantum optics and atom optics. During the last decades, the studies of fundamental issues in quantum mechanics exploded from their originally confidential circle of specialists and became a major field of research that covers a large range of sub-disciplines, from nanotechnologies to quantum optics, including Bose-Einstein condensates, single photon sources, squeezed light, technologies for engineering quantum states and manipulating single atoms and ions, as well as quantum dots, etc. Although those researches are clearly foundationally oriented, they fit closely to experiments and already found amazingly successful applications in top-level metrology (spectroscopy, atomic clocks, measure of fundamental constants and so on) and quantum information (quantum cryptography and computing). The conference aimed at bringing a great opportunity to listen to some of the world renowned experts in these interconnected disciplines, as well as to discover new trends that result from the convergence of these fields. It offered an updated review of recent activities both in theoretical and experimental research. The conference programme and all manuscripts included in this volume cover the following topics: 1. Nonclassical field states 2. Quantum entanglement and EPR states 3. Quantum states engineering and reconstruction 4. Quantum memory for light, quantum interfaces, slow light, EIT 5. Optomechanical devices 6. Quantum communication and information processing 7. Colour centers in diamond 8. Quantum cryptography 9. Nonlinear optics in graphene 10. Quantum light in cavity 11. Quantum key distribution.
机译:这次在SPIE Photonics Europe 2014框架内举行的量子光学会议第三次在比利时布鲁塞尔举行。它致力于量子光学和原子光学之间的界面的最新科学进展。在过去的几十年中,量子力学基本问题的研究从他们最初的机密专家圈子发展起来,并成为一个涵盖了广泛的子学科的主要研究领域,从纳米技术到量子光学,包括玻色-爱因斯坦凝聚物,单光子源,压缩光,用于工程量子态和操纵单个原子和离子的技术以及量子点等。尽管这些研究显然是基础性的,但它们非常适合实验,并且已经在顶级研究中取得了惊人的成功应用计量学(光谱学,原子钟,基本常数的测量等)和量子信息(量子密码学和计算)。这次会议的目的是提供一个很好的机会来听取这些相互联系的学科中的一些世界著名专家的意见,以及发现这些领域的融合所带来的新趋势。它提供了有关理论和实验研究近期活动的最新评论。会议程序和本卷中的所有手稿都涉及以下主题:1.非经典场态2.量子纠缠和EPR状态3.量子态工程和重构4.用于光,量子界面,慢光,EIT的量子存储器5。光机械设备6.量子通信和信息处理7.钻石中的色心8.量子密码学9.石墨烯中的非线性光学元件10.腔中的量子光11.量子密钥分布。

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