Organic-Copper Sulfide Heterojunctions for Economical Solar Energy Harvesting Absorbers for Economically Efficient Photovoltaics
As our population continues to grow, the author believes that efficiently harnessing clean, abundant solar energy would be a tremendous boon to society. To that end, the author has explored copper sulfide colloidal quantum dots (CQDs) as a potential route to efficient solar energy. However, because of their small size, we need to better understand what influences the surfaces of different quantum dot systems. The author' research has focused on studying the ligand shell on Cu2S quantum dots. He present the first explicit study on the effect of surface treatments on Cu2S colloidal quantum dots, specifically thiols, amine, pyridine and carboxylic acid ligands.
Brewer, Adam Straith, "Organic-Copper Sulfide Heterojunctions for Economical Solar Energy Harvesting Absorbers for Economically Efficient Photovoltaics" (2012). Link Foundation Energy Fellowship Reports. 42.
Link Foundation Fellowship for the years 2010-2012