Paul Nguyen
Solar energy technology combines materials tailored to exploit the physics at their junctions which enable light energy collection, and extraction as electricity. A promising class of candidate materials is the layered semiconducting transition metal dichalcogenides (TMDs). Advisor: David Cobden, Physics ...
Mark Miller
Energy-efficient coatings for windows could have a major impact for both residential and commercial applications. Advisor: Junlan Wang, Mechanical Engineering ...
Brigit Miller
I am interested in understanding the process of making semiconductor nanocrystals n-type post-synthetically using photochemical doping, where the nanocrystals are reduced using light and a chemical reductant. Advisor: Daniel Gamelin, Chemistry ...
Robert Masse
Our group works on different energy storage materials for solar cells, supercapacitors, and batteries. Advisor: Guozhong Cao, Materials Science and Engineering ...
David Lingerfelt
The overarching aim of my research is to accurately resolve the electronic and nuclear dynamics of chemical systems to gain mechanistic insight into excited state processes of relevance to energy conversion and storage. Advisor: Xiaosong Li, Chemistry ...
Francis Lin
Through my work we are developing a series of fullerene derivatives and conductive polymers as charge transporting materials for photovoltaics. Advisor: Alex K.-Y. Jen, Chemistry & Materials Science and Engineering ...
Yun Li
Our research of solid-state zinc-ion batteries will construct a comprehensive electrochemical database of zinc-ion batteries by using the solid-state battery configuration MnO2/PEO-ZnCl2/Zn. Advisor: Jihui Yang, Materials Science and Engineering ...
Pan Li
Electricity consumption behavior classification and its relationship with demand response incentives Advisor: Baosen Zhang, Electrical Engineering ...
Patrick Lestrange
Thin film solar cells (TFSCs) have received a lot of attention because of their flexibility and because they use abundant elements. Advisor: Xiaosong Li, Chemistry ...
John Katahara
I have recently developed a theoretical model to describe sub-bandgap absorption and emission and revealed the concentration of tail states in CZTSSe and CIGSSe. Advisor: Hugh Hillhouse, Chemical Engineering ...
Todd Karin
The III-V semiconductor material system takes a prominent place in the arsenal of light-harvesting and light-producing technologies: it is used in commercial LEDs and in the highest efficiency solar cells. Advisor: Kai-Mei Fu, Physics ...
Benjamin Glassy
My project focuses on the chemistry behind the solution-phase synthesis of nanometer sized zinc phosphide crystals (nanocrystals) for solar light harvesting. Advisor: Brandi M. Cossairt, Chemistry ...