Abstract

The question of the possibility of determining the distance between two closely located blinking single colloidal quantum dots using the super-resolution far-field luminescence microscopy technique is examined. The results of the numerical simulation of microscopic images of a single pair of point sources of light for various modes of luminescence blinker are presented. Using the developed algorithm with subdiffraction accuracy, the relative position of the emitters in a pair is determined for various types of blinking dynamics of single quantum dots in model and laboratory experiments.

中文翻译：

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自动搜索量子点图像中的配对对象的统计标准的确定

摘要

研究了使用超分辨率远场发光显微镜技术确定两个紧密定位的闪烁单个胶体量子点之间的距离的可能性的问题。给出了各种方向的发光闪光器的单对点光源的显微图像的数值模拟结果。使用具有亚衍射精度的改进算法，可以在模型和实验室实验中针对单个量子点的各种闪烁动力学确定一对发射器的相对位置。