Augmented Microscopy Laboratory
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.
Our current research interest covers functional optical coherence tomography, label-free and dynamic full-field optical coherence tomography, and sub-pixel coherence microscopy.
Full-field and Fourier-domain optical coherence tomography
Achromatic phase-shifting method
Label-free tissue imaging
SVM classification model
Sub-pixel coherence theory
- Izatt JoFest @PhotonicsWest 2017
My mentor Prof. Gao always says that:
Fourier Optics is everything
For me, the Fourier Optics is the starting point. I would like to thank him for the support and he is always my guiding star.