《光子之舞》内容简介

　　本书主要介绍了量子物理的前沿成果以及对未来的展望。本书中解释了实验上的突破，这些突破证明了令爱因斯坦困惑的量子理论的"诡异"方面。这本书充满魅力，通俗易懂，可读性比较强。通过物理学中最复杂和最迷人的领域之一描绘出一条生动的道路，解释清晰，既容易理解，又有科学的完整性。

　　作者简介

　　安东·蔡林格（Anton Zeilinger）

　　奥地利籍物理学家，现任奥地利科学院院长。2022年获得诺贝尔物理学奖。

　　他的论文共被引用94000余次，并于2014年进入汤森路透“高引用科学家”榜单。塞林格长期从事量子物理和量子信息研究，是国际上量子物理基础检验和量子信息领域的先驱和重要开拓者。无论是理论还是实验，塞林格在量子物理基础检验方面建立了始创性的功绩。他曾与合作者在国际上率先开展中子、原子、大分子的量子干涉实验，实现了无局域性漏洞、无探测效率漏洞的量子力学非定域性检验，提出并在实验中制备首个多粒子纠缠态（GHZ态），这在量子力学基础检验和量子信息中起着关键作用。基于量子物理的基础检验，塞林格与同事开发出了多光子干涉度量学，进一步把它们广泛用于量子信息处理，具体包括量子密集编码、远距离量子通信、光量子计算等领域。其中，他在1997年首次实现量子隐形传态的工作，被公认为是量子信息实验研究的“开山之作”。从1983年开始，塞林格一直与中国科学院、中国工程院等机构定期交流与合作。通过“墨子号”量子科学实验卫星，塞林格团队以合作形式参与到中国科学院主导的洲际量子通信实验。而且，还在全球第一次使北京-维也纳两地的量子保密通信成为可能，该成果入选了美国物理学会评选的“2018年度国际物理学十大进展”。

"Photon Dance" content introduction

This book mainly introduces the cutting-edge achievements of quantum physics and the outlook for the future. This book explains the experimental breakthroughs that proved the "weird" aspects of quantum theory that baffled Einstein. This book is charming, easy to understand and readable. A vivid path is charted through one of the most complex and fascinating areas of physics, explained clearly, with both easy to understand and scientific integrity.

About the author

Anton Zeilinger

Austrian physicist, currently President of the Austrian Academy of Sciences. He won the Nobel Prize in Physics in 2022.

His papers have been cited more than 94,000 times, and in 2014 he was included in the Thomson Reuters list of Highly Cited Scientists. Salinger has been engaged in quantum physics and quantum information research for a long time, and is a pioneer and important pioneer in the field of quantum physics basic test and quantum information in the world. Both theoretically and experimentally, Salinger made a pioneering contribution to the testing of the foundations of quantum physics. Together with his collaborators, he took the lead in conducting quantum interference experiments of neutrons, atoms and macromolecules in the world, realizing the non-locality test of quantum mechanics without local loopholes and detection efficiency loopholes, and proposed and prepared the first multi-particle entangled state (GHZ state) in the experiment, which plays a key role in the basic test of quantum mechanics and quantum information. Based on the fundamental tests of quantum physics, Salinger and his colleagues developed multi-photon interferometry and further applied them to a wide range of quantum information processing, including quantum-intensive coding, long-distance quantum communication, and optical quantum computing. Among them, his work to realize quantum teleportation for the first time in 1997 is recognized as the "opening work" of quantum information experimental research. Since 1983, Salinger has been engaged in regular exchanges and cooperation with the Chinese Academy of Sciences and the Chinese Academy of Engineering. Through the "Micius" quantum science experiment satellite, Salinger's team participated in the intercontinental quantum communication experiment led by the Chinese Academy of Sciences in the form of cooperation. In addition, for the first time in the world, it has made it possible to communicate quantum security between Beijing and Vienna, and this achievement has been selected as the "Top Ten Advances in International Physics in 2018" selected by the American Physical Society.