Since 2020, aggregated from related topics
Diffraction-limited imaging refers to the ability to achieve the highest possible image resolution that is theoretically allowed by the fundamental limitations imposed by the diffraction of light. This technique is used in various imaging technologies, such as microscopy and astronomy, to produce clear and detailed images of objects with high spatial resolution. By minimizing the effects of diffraction, researchers can achieve sharper and more accurate images, allowing for a better understanding of the structures and properties of the objects being studied. Diffraction-limited imaging is a key aspect of modern imaging research, as it enables scientists to push the limits of what can be observed and analyzed in various fields of study.