The Rochester Institute of Technology (RIT) has been awarded $9.9 million to lead research for the U.S. Space Force, focusing on advanced space power and propulsion technologies.

This initiative aims to solidify RIT's reputation as a leader in space technology while contributing to cutting-edge research in space power.

As the commercialization of space accelerates, there is a growing demand for durable materials that can withstand harsher environments for extended periods.

RIT plans to develop lower-cost, sustainable solar cells that are suitable for power systems in extreme space environments.

The project will focus on advancements in solar technology, thruster technology, and innovative power approaches specifically designed for space applications.

A key component of this research involves the use of perovskites, which have shown promising properties by outperforming traditional silicon in energy absorption and resilience to space stressors.

This research will build on the work of Ahmad Kirmani, who is investigating the performance of perovskites under space conditions.

Hubbard expressed excitement about this significant research opportunity, highlighting RIT's recognition as a capable institution in the field of space technology.

RIT's research will be conducted in partnership with the Air Force Research Laboratory and the University of Michigan.

Seth Hubbard, director of the SSTI research center at RIT, emphasizes the importance of developing innovative materials that are both scalable and manufacturable.