is a research laboratory focusing on the development of low cost and mechanically flexible photovoltaic (PV) devices and large area microelectronic systems. Flexible PV and electronic devices have the potential for roll-to-roll manufacturing that cut their costs significantly in near future. These devices go beyond today’s use of electronics in computers and mobile phones and to daily objects and materials such as clothes, car/building components, and health-monitoring systems. Similar to natural organisms, future electronic devices need to generate their own energy, sense their environment, and perform a designed function. At FEEL, we use novel electronic materials such as semioconductor nanowires and nanotubes for making low cost and flexible electronics.
Examples of our interests are: flexible solar cells that can be integrated onto clothes and vehicles, large-area organic/inorganic materials for energy scavenging, flexible transistors to process information and used for collecting data from health sensors.
| 2011 |
Dielectrophoresis-assembled ZnO nanowire oxygen sensors Journal Article | IEEE Electron Device Letters |
| 2011 |
Electrospun composite nanofiber transparent conductor layer for solar cells Journal Article | MRS Proceedings |
| 2011 |
Non-idealities in graphene/p-silicon Schottky-barrier solar cells Conference Paper | MRS Spring 2011, Symposium B: Third-Generation and Emerging Solar-Cell Technologies |
| 2011 |
Microstructural properties of organic semiconductors on electronic transport and aging of thin film transistors and photovoltaic devices Conference Paper | 219th Electrochemical Society (ECS) Meeting, 1-6 May |
| 2011 |
Development of nanofiber composite transparent conductor for photovoltaic devices Conference Paper | European-Materials Research Society (E-MRS) 2011 & Bilateral Energy Meeting, 9-13 May |
| Peyman Servati | Associate Professor |
