News Story

Munday, Waks receive $300,000 NSF Grant

Munday, Waks receive $300,000 NSF Grant

The National Science Foundation’s Energy for Sustainability program granted Professors Jeremy Munday (ECE/IREAP) and Edo Waks (ECE) a $300,000 award this month for their research in photovoltaics. The project, titled, “High efficiency photovoltaics through engineering spontaneous emission,” focuses on improving solar cell power conversion efficiency.

Principal Investigator Munday was thrilled to receive the award for his project. “This project is an exciting opportunity for us to explore how engineering quantum mechanical effects, like spontaneous emission, can improve solar cells,” he said. “ Even the best solar cells have a fundamental loss mechanism due to the recombination of carriers, and this particular type of recombination results in the emission of light. By creating periodic arrays of nanostructures, we can modify the rate at which this recombination occurs, which will in turn improve the solar cell's efficiency.”

Along with improving clean energy generation technologies, the project leaders also plan to educate the public and encourage future scientists in local high schools to start research projects of their own.

For more information about NSF and the awards they offer, visit www.nsf.gov

 

Related Articles:
UMD Researchers Creating First Onboard Fast-Charging System for Electric Vehicles
UMD Researchers’ New Nanoscale Solar Cells Could Revolutionize Solar Industry
Munday Named 2015 OSA Lomb Medal Recipeint
Munday, Hu and Collaborators’ Research on Inside Cover of Advanced Energy Materials
Khaligh receives NSF & UMD Sustainability grant for electric vehicles laboratory
Clark School graduates ECE/Mtech Team from NSF's Innovation-Corps

August 21, 2013


Prev   Next

Current Headlines

Safer, Better Li-Ion Batteries

Tiny Diamonds Could Enable Huge Advances in Nanotechnology

Clark School’s Amazing Transparent Wood Featured in New York Times

Northrup Grumman's Christopher Jones to Deliver Spring Commencement Remarks

More Salt, More Power: UMD, ARL Researchers Building Better Batteries

UMD Inventors to Change Future of Lithium Ion Batteries

A View Through Wood Shows Futuristic Applications

Ingenious method enables sharper flat-panel displays at lower energy costs

News Resources

Return to Newsroom

Search News

Archived News

Events Resources

Events Calendar