High-resolution imaging is an important issue in various fields of scientific researches and engineering applications. Pseudothermal ghost imaging is one of the subfields of quantum imaging, providing new capabilities beyond conventional imaging methods. Also, it can provide a new viewpoint of imaging physical mechanisms. In this review, we explain the major ideas of pseudothermal ghost imaging, restricting the very important case of high-resolution imaging. We analyse the strategies which can significantly improve the image quality in pseudothermal ghost imaging. It may apply for merging it with common optical imaging methods in the extreme ultraviolet (XUV) or X-ray spectral regime for driving the applications to a wider audience in bioscience and nano-physics.

中文翻译：

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低剂量伪热光高分辨率显微鬼成像综述

高分辨率成像是各个科学研究和工程应用领域的重要问题。伪热鬼成像是量子成像的子领域之一，提供了超越传统成像方法的新功能。此外，它可以提供成像物理机制的新观点。在这篇综述中，我们解释了伪热鬼成像的主要思想，限制了高分辨率成像的非常重要的情况。我们分析了可以显着提高伪热鬼成像图像质量的策略。它可能适用于将其与极紫外 (XUV) 或 X 射线光谱范围内的常见光学成像方法合并，以将应用推向更广泛的生物科学和纳米物理学领域。