ECE 262
Physics of Solar Cells
Covers the fundamentals of Solar Cells, building to an understanding of next-generation Solar Cell concepts. Focuses on reading and evaluating contemporary literature on Solar Cell research. Students work within 3-person groups to read and understand seminal papers in Solar Cell research. Once a week a group is chosen at random to lead an in-class discussion on the paper(s) assigned for that week. Example topics include: perovskite, quantum dot, hot electron, or intermediate band solar cells, multiple exciton generation, thermal photovoltiacs, light trapping, efficiency limits, etc.
Topics
- perovskite
- quantum dot
- hot electron
- or intermediate band solar cells
- multiple exciton generation
- thermal photovoltiacs
- light trapping
- efficiency limits
Topics explicitly listed in official catalogue description
Sources
- Course catalogue ↗2026-2027