News about the laboratory
“Universal inverse modelling of point spread functions for SMLM localization and microscope characterization” is accepted by Nature Methods! Congratulations Jianwei Chen!--2024.03 “Aberration correction for deformable mirror based remote focusing enables high-accuracy whole-cell super-resolution imaging” is accepted by Photonics Research! Congratulations Wei Shi!--2024.02 “Optimal Sampling Rate for 3D Single Molecule Localization” is out at Optics Express! Congratulations Huanzhi Chang&Shuang Fu!--2023.11Congratulations to Wei Shi and Shuang Fu for being awarded the National Scholarship for Ph.D. Students!--2023.10FD-DeepLoc paper is out at Nature Methods! Congratulations Shuang Fu&Wei Shi!--2023.02Welcome our new research assistant Xinyue Li! -- 2023.02Welcome our new research associate Ke Fang! -- 2022.12Welcome our new research assistant Zeyu Xi! -- 2022.06.13Welcome our new research assistant Jingwen Zhang!--2022.06.08DMO PSF paper is out at Optics Letters! Congratulations Shuang Fu!--2022.06.08 globLoc paper is out at Nature Communications! Congratulations Wei Shi!--2022.06.06
What we do
Seeing is believing! We firmly believe that resolution determines the depth of the research. We are interested to use super-resolution microscopy to show the wonders of the microscopic world. To achieve this, we collaborate heavily with biologists and develop a range of interdisciplinary technologies including new optics theories, advanced algorithms, smart hardware design and imaging strategies for better resolution, deeper depth, and faster speed. We embrace the open science and hope that our work will promote both the advancement of science and technology.
Who we are
Our group is a mix of physicist, engineer, computer scientist, biologist and chemist.
