As may be evident from our research description and publications, we work at the interface of physics, chemical physics and physical chemistry. If you are interested in understanding energy and charge transport in new materials for emerging light harvesting technologies, or in the fundamental biophysical questions such as why do natural photosynthetic proteins have near unity quantum efficiency of charge generation, or even applied optics such as inventing better sensing, imaging and diagnostic tools, this group may be the right fit for you!
We are always looking for motivated project assistants, undergraduates, Ph.D. and postdoctoral candidates in both experiment and theory who are ready to take up the fun and challenging nature of research that lies at the intersection of innovative engineering and cutting-edge science.
The experimental tool sets we use span the fields of ultrafast optics, electronics and advanced data processing using Python and LabView and Fortran and Matlab. We also use theoretical tools spanning quantum dynamics of open quantum systems, quantum chemistry and computational spectroscopy to better understand our experiments.Â
If you think you will be a good fit for this kind of interdisciplinary work, please email me your CV along with your research interests. You can also directly visit our student office (FG-07 Chemical Sciences) and laboratory to know more about our current projects.