反常饱和超分辨成像

主要面向固态自旋量子比特的高分辨率探测研究。基于共聚焦成像装置通过单光子探测器记录高功率脉冲激光泵浦下的荧光信号产生，发表文章Photonics Research 9, 21-26(2021)，主要记录了金刚石NV色心反常饱和效应、差分因子对分辨率影响、高密度发光体成像的实验观测数据。数据量20MB。This dataset focuses on high-resolution detection research for solid-state spin qubits. It is constructed by recording fluorescence signals pumped by high-power pulsed lasers using single-photon detectors on a confocal imaging setup. The dataset was published in the paper *Photonics Research* 9, 21-26(2021), and primarily contains experimental observation data regarding the anomalous saturation effect of diamond NV centers, the impact of differential factors on imaging resolution, and the imaging of high-density luminophores. The total data size is 20 MB.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于固态自旋量子比特的高分辨率探测，通过共聚焦成像装置记录荧光信号，包含金刚石NV色心反常饱和效应、差分因子对分辨率影响及高密度发光体成像的实验观测数据。数据量约20MB，由孙方稳和陈向东于2022年发布。