OUR GROUP EXPLOITS ADVANCED LASER TECHNOLOGIES TO OPTICALLY DECIPHER THE RULES OF LIFE.
In the imaging and sensing platforms that we develop, we particularly leverage laser structuring techniques to generate tailored optical beams designed to map dynamic evolution of bio-function across living cells and tissues. We are especially interested in mapping metabolic activity, inflammatory pathways, and micro-rheological changes in pathalogical systems.
The optical technologies powering our research include:
Space-time laser structuring for enhanced optical penetration through scattering media
Label-free Optical Coherence Tomograph (OCT) imaging; Cell phenotyping based on intracellular dynamics
Programmable light sheets
Ultrafast lasers for multi-photon imaging
Quantum optical systems based on SPDC