Friday, November 20, 2009, 2:30 pm — Seminar Room, Bldg. 725
2-D graphitic nanostructures (mono- and bi-layer graphene) have been the subject of intense research due to unique structure and associated quantum phenomena which can be exploited to implement novel electronic and quantum devices for information processing. We seek to develop new device operation principle on an “electronically flexible” and “optically active” 2-D graphitic material platform to achieve energy efficiency, scalability, and potential heterogeneous integration between electronics and photonics for information processing. The central task is to explore electronic and quantum properties of these materials, serving as the ground for further device research. In this seminar, recent research activities in related topics will be presented.
Hosted by: Chi-Chang Kao
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