Jennifer Ogilvie

Jennifer Ogilvie is a Professor of Physics and Biophysics at the University of Michigan. Her research focuses on energy transfer mechanisms in natural and artificial photosynthetic systems, with a particular emphasis on understanding quantum coherence effects and their role in optimizing energy conversion efficiency. She leads a team developing advanced spectroscopic tools, including a spatially-resolved two-dimensional electronic microscope, to map energy migration in photosynthetic bacteria and organic photovoltaic materials.

Her work bridges biophysics, quantum biology, and material science, aiming to uncover principles that could inspire next-generation solar energy technologies. Key contributions include studies on bacterial reaction centers, photosystem II dynamics, and the application of ultrafast spectroscopic techniques to probe charge transfer in organic donor-acceptor systems.

Recent findings include insights into how light-harvesting antennae adapt to varying light conditions and how coherence influences energy transfer efficiency. Collaborations involve interdisciplinary teams exploring both fundamental biological processes and applied materials engineering.

Her research has been supported by grants such as the MURI program, and she mentors graduate students like Yassel Acosta and postdoctoral researchers like Vivek Tiwari. While no individual awards are explicitly mentioned, her contributions have been highlighted in major institutional news and interdisciplinary collaborations.