Compensation of Global Drift in Long-Term Measurements in Fluorescent Nanoscopy of Quantum Dots

Аннотация

An approach to improving the accuracy of image processing of fluorescent shimmering single quantum dots is presented. It is based on estimating the parameters of a function describing global drift using information on a sufficiently long series of images of single quantum dots. The results of processing a series of frames obtained in experiments with single CdSe/ZnS quantum dots are presented.