AM Lab, a sub-group of Gao Lab @NJUST

Lab Vision

以光学相干层析显微术为手段，突破传统病理诊断的局限，发展术中实时非侵入无标记数字诊断的现代增强型显微术。

Research on optical coherence microscopy to break through the limitations of pathological diagnosis, developing the modern augmented microscopy for real-time, non-invasive, label-free digital diagnosis during surgery.

Academic Goal

My long-term academic goal is to establish an Augmented Microscopy Laboratory (AM Lab) to explore the potential of morphological and biomechanical characteristics to diagnose the feasibility of regaining vision in ophthalmology. In the upcoming five years, I will continuously focus on computational optical coherence microscopy to break through the limitations of pathological diagnosis, developing the modern augmented microscope for real-time, non-invasive, label-free digital diagnosis. My recent research projects cover the establishment of full-field optical coherence tomography with sub-pixel structured illumination to offer high-resolution and contrast-augmented imaging modalities.