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Super high resolution for long-range imaging

机译：超高分辨率，可进行远距离成像

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摘要

A new optical system with a resolution that is superior to the resolution of the usual optical systems with diffraction limit. is presented. We introduce a newly generated narrow light beam that propagates for a long range while almost maintaining its beam width and show that the beam width is narrower than that of the diffraction limit of normal optics. Thus a super high resolution is achieved for a long range, e.g., a range of a few kilometers, by the use of a 10-cm-diameter telescope. The high resolution for long-range imaging can be obtained by a Galilean telescope with a negative eyepiece that has a spherical aberration. We demonstrate theoretically high-resolution imaging by using simple objects and assuming a telescope 10 cm in diameter and a visible wavelength. A comparison of simulation results by the conventional optical system and by the special optical system clearly shows the superiority of the new system.
机译：一种新的光学系统，其分辨率优于具有衍射极限的常规光学系统的分辨率。被表达。我们介绍了一种新近产生的窄光束，该光束在长距离传播的同时几乎保持其光束宽度，并表明该光束宽度比常规光学器件的衍射极限窄。因此，通过使用直径为10cm的望远镜，可以在很长的范围内，例如几千米的范围内实现超高分辨率。可以通过伽利略望远镜使用带有球面像差的负目镜来获得高分辨率的远距离成像。我们通过使用简单的物体并假设直径10厘米，可见波长的望远镜演示了理论上的高分辨率成像。常规光学系统和特殊光学系统的仿真结果比较清楚地表明了新系统的优越性。

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