1. Integration of multiple optical imaging and spectroscopic approaches (i.e., elastic scattering, polarization imaging, fluorescence and fluorescence polarization imaging and spectroscopy) for monitoring biochemical and physiological processes in real-time on spatially different scales.
2. Modeling of light propagation in and interaction with biological tissues, liquids, and cells.
3. High-precision quantitative measurements of optical properties of tissues and liquids.
4. Development of all-optical and multi-modal image-guided intervention techniques.
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