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一项变革性技术的历史与计量学应用:数字全息术[特邀报告]

History and metrology applications of a game-changing technology: digital holography [Invited].

作者信息

Trolinger James D, Mansoor Mohammad M

出版信息

J Opt Soc Am A Opt Image Sci Vis. 2022 Feb 1;39(2):A29-A43. doi: 10.1364/JOSAA.440610.

Abstract

In digital holography (DH), information in the hologram is recorded and stored in digital format in discrete bits. Like its parent, holography, DH evolved over many years with periods of dormancy and revival. Almost abandoned, multiple times, unanticipated events or developments in separate industries revived it with explosive, quantum jumps, making it useful and popular to a wide audience. Although its history has been treated in many papers and books, the field is dynamic and constantly providing new opportunities. Having been born long before low-cost, fast, powerful digital computers and digital detectors were available, DH was confined to the academic world, where practical applications and commercial opportunities were few if any. Consumer demand that led to low-cost personal computers, high-resolution digital cameras, supporting software, and related products changed the situation drastically by providing every potential researcher affordable, powerful hardware and software needed to apply image processing algorithms and move DH to new practical application levels. In this paper, as part of the sixtieth anniversary of off-axis holography, we include a brief introduction to the fundamentals of DH and examine the history and evolution of DH during its periods of rise and fall. We summarize many new emerging techniques, applications, and potential future applications along with additional details for metrological examples from the authors' research.

摘要

在数字全息术(DH)中,全息图中的信息以离散比特的数字格式进行记录和存储。与全息术的起源一样,数字全息术历经多年发展,期间有过停滞和复兴。它曾多次险些被弃用,但不同行业中意外出现的事件或进展使其实现了爆发式的、跨越式的复兴,从而受到广泛关注并得以广泛应用。尽管已有许多论文和书籍介绍过它的历史,但该领域依然充满活力,不断带来新的机遇。数字全息术诞生于低成本、快速且强大的数字计算机和数字探测器问世之前很久,因此它最初仅局限于学术领域,在那里实际应用和商业机会寥寥无几。消费者对低成本个人电脑、高分辨率数码相机、支持软件及相关产品的需求,通过提供每个潜在研究人员应用图像处理算法并将数字全息术提升到新的实际应用水平所需的经济实惠且功能强大的硬件和软件,彻底改变了这一局面。在本文中,作为离轴全息术六十周年纪念活动的一部分,我们简要介绍数字全息术的基本原理,并审视其兴衰历程中的历史与发展。我们总结了许多新兴技术、应用以及潜在的未来应用,同时还给出了作者研究中计量学示例的更多详细信息。

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