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Synthesis lectures on quantum computing

Quantum Radar

Marco O. Lanzagorta

Published Jan 1, 2012• 70 citations
Publisher
DOI
10.1007/978-3-031-02515-0

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The development of quantum radar technology presents a challenge to stealth targets, so it is necessary to study the quantum detection probability. In this study, an analytical expression of the quantum radar cross section (QRCS) for complex targets is presented. Based on this QRCS expression, a calculation method for the detection probability for quantum radar is creatively proposed. Moreover, a self-designed flying-wing stealth aircraft is adopted to obtain the detection probability distributions of the conventional radar and the quantum radar in different directions. As revealed by the result of this study, the detection probabilities of the quantum radar and the conventional radar are significantly different, and the detection probability of the quantum radar has obvious advantages in most regions with a certain distance.
This paper encapsulates the fundamental operation of a Quantum Radar and demonstrates how entanglement can improve a radar’s signal-to-noise ratio. It focuses on the evolution of Quantum Radar technology by examining various types and bringing to light their unique characteristics. The paper also discusses the optimal radar type for various situations. Moreover, it thoroughly explores the properties of the Quantum Radar cross-section and compares it with the classical radar. Based on the research, finding covert targets and navigating through jammed environments are two key advantages of Quantum Radar. Finally, the paper discusses the limitations of each Quantum Radar type, along with future research directions.