Quantum astronomy: scientific background, technologies, achieved results, and future developments
Quantum astronomy: scientific background, technologies, achieved results, and future developments
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量子天文学：科学背景、技术、取得的成果和未来发展
DOI：
10.1117/12.2298385
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发表时间：
2018
期刊：
影响因子：
--
通讯作者：
Viale Quintino Sella
中科院分区：
文献类型：
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作者：
T. Occhipinti;L. Zampieric;G. Nalettod;C. Barbierie;Viale Quintino Sella
量子技术已经被广泛地引入到不同的科学领域，并且已经开发了一些工业应用。在这项工作中，我们概述了天文学的一个新领域的历史和发展，该领域基于量子力学的概念，并利用最近开发的量子信息技术仪器，以研究来自天空的光的新特性。这种量子天文学仪器的发展仍然非常活跃（例如自适应光学集成），科学目标被推到新的极限：例如，周期性的光学监测器，月球掩星;凌日掩星和应用Hanbury Brown Twiss强度干涉。
Quantum technologies have been introduced widely in different scientific fields and some industry application have been developed. In this work we outline the history and development of a new field of Astronomy which is based on the concept of quantum mechanics and takes advantage from the technological instruments developed recently for quantum information in order to investigate new properties of the light coming from the sky. The development of this Quantum Astronomy instruments is still very active (e.g. Adaptive Optics integration) and the scientific target is pushed to new exiting limits: for example, periodic optical monitor of pulsars, lunar occultation; transit-occultations and application of the Hanbury Brown Twiss Intensity Interferometry.