System
Advancing Label-Free Nonlinear Microscopy
Understanding of complex diseases, therapeutic effects, and biological functions requires new imaging tools with minimal biological disruption, multiplexed molecular contrast in high volumes and high resolution. I build this label-free nonlinear microscope and work on designing optics and algorithms towards faster, deeper, and more colorful imaging for multicellular dynamics.
I collaborate closely with Prof. Linda Griffith from MIT BE studying human endometrium, Prof. Eliezer Calo from MIT Biol studying nucleolus, and Dr. Michal Tal from MIT BE studying bacteria infection in Lyme disease.