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ANU Press eBooks

Quantum Technologies: An Introduction and a Vision of their Impact on War

Marcus W. Doherty

Published Apr 29, 2025• 0 citations
Publisher

Abstract

Editors' note: as mentioned in the Introduction, this chapter was written in 2020, and global events since then may have overtaken some aspects.As the pace of technological and cultural change has continued to accelerate, the editors have opted to present this text as drafted to minimise further delays in publication.2
DOI
10.22459/w4.2025.07

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AbstractWith the advent of quantum technology and its development and accelerating progress, in the near future, we will witness a new technological revolution and major changes in the various fields of science and technology that will transform the industrial, economic, political, military and cultural equations and relationships. In the meantime, the topic of electronic warfare due to being technology-driven will be greatly affected by these advances. And the essence of future electronic wars will change.Therefore, it is necessary to identify and analyze the opportunities and challenges with foresight and scenario writing and propose ways to counter them. Accordingly, in this study, using credible articles and sources, first, information on various types of stealth techniques and ways to counter them, then the capabilities of leading countries in the field of stealth aircraft as an offensive force and other forces as a defense force was presented and the future of this technology has been studied to the year 1410 SH. After analyzing the data and interviewing with the experts of this field, key factors and driving forces were identified. using scenario writing techniques with the help of scenario wizard software, three more likely scenarios in the form of pessimistic, moderate and optimistic were named smoked scenario, the transition stage scenario, and the quantum age scenario, respectively which were presented at the end of the paper.
This is a pre-publication version of a forthcoming book on quantum atom optics. It is written as a senior undergraduate to junior graduate level textbook, assuming knowledge of basic quantum mechanics, and covers the basic principles of neutral atom matter wave systems with an emphasis on quantum technology applications. The topics covered include: introduction to second quantization of many-body systems, Bose-Einstein condensation, the order parameter and Gross-Pitaevskii equation, spin dynamics of atoms, spinor Bose-Einstein condensates, atom diffraction, atomic interferometry beyond the standard limit, quantum simulation, squeezing and entanglement with atomic ensembles, quantum information with atomic ensembles. This book would suit students who wish to obtain the necessary skills for working with neutral atom many-body atomic systems, or could be used as a text for an undergraduate or graduate level course (exercises are included throughout). This is a near-final draft of the book, but inevitably errors may be present. If any errors are found, we welcome you to contact us and it will be corrected before publication. (TB: tim.byrnes[at]nyu.edu, EI: ebube[at]nyu.edu)