Thin-film solar cells made from solution-processed crystalline materials are promising alternatives to silicon wafers, the core component that converts light into electricity in most solar panels today. This Cornell Research story describes the research of professors Lara A. Estroff, Materials Science and Engineering and John Marohn, chemistry and chemical biology, who are working on on processes to accelerate development of materials for solar cells.
"This research will generate a design process broadly applicable to many solution-processed materials systems," according to the story. "The results could transform the United States solar industry by developing stable and reproducible devices made from earth-abundant components, using low-cost, low-energy methods."
More News from A&S
Tenbergen/Creative Commons license 4.0
A sun dog and 22 degree halo appearing over Winnipeg, Canada. Sun dogs and other visual effects occur when icy crystals in Earth’s atmosphere align in certain ways; Cornell astronomers predict that similar effects can appear when starlight interacts with quartz crystals in exoplanet atmospheres.