At the Raman lab, we seek to understand how light and heat interact with nanoscale photonic materials and devices, with the goal of enabling new energy and information technologies. In particular, we are motivated by the possibility of enabling fundamentally new technological possibilities for next-generation approaches to renewable energy, information processing, sensing, displays and communication systems.
Led by Prof. Aaswath Raman, our research interests span a range of topics, including metamaterials, nanophotonics, photovoltaics, computational methods, machine learning and energy systems. Developments in these fields have allowed us to control light-matter interaction in new and extraordinary ways that we’ve just scratched the surface of. They are thus vital and important frontiers of scientific inquiry with the potential for near-term impact in how we deal with a remarkably broad array of sectors in our economy.
In the recent past, a highlight of our work has been in investigating a mechanism known as radiative sky cooling. We have shown that using nanophotonic and metamaterials approaches one can harness a ubiquitous and renewable source of energy that remains largely unexploited: the cold of the universe. You can watch a recent presentation Prof. Raman gave about this topic at the NYTimes ClimateTECH Conference here or read more about his TED Talk on the subject here.
Recent Invited Talks:
TED 2018, Vancouver, Canada (April, 2018)
The Economist: Green Business Summit, Abu Dhabi (April, 2018).
Society of Vacuum Coaters, Annual Technical Conference, Orlando, FL (May, 2018).