Nanowire Solar Cells
The resurgent interest in renewable energy within recent years has confirmed that solar energy conversion will be key to the global energy economy. However, the vast majority of modern commercial photovoltaic technology is based on expensive single crystalline silicon and does not provide a practical solution for a sustainable energy infrastructure. Modern research in thin film and nanostructure photovoltaics has been motivated by the requirement of low cost and robust fabrication techniques. Ali will be employing novel fabrication procedures to grow high density arrays of vertical nanowires in order produce cheap and durable solar cells. The objective is to exploit recent advances in applied physics, chemistry, and material science to produce inexpensive yet efficient photovoltaics with potential to stimulate further progress towards the goal of a clean, renewable energy source.
- Major: Electrical Engineering and Computer Science
- Mentor: Ali Javey, Electrical Engineering and Computer Sciences