2015 Project Principal Investigators
- Light Manipulation by Asymmetric Nanoscale Relief Patterns on Metal Films,
- Developing High Dielectric Constant Nanoinks From Group 4 Metal Alkoxie Precursors,
- Optimizing Copper Catalyzed Cyclinzation of Unactivated Double Bonds,
- Ordered Bulk Heterojunction from a Single Block Copolymer, and
- Tools for Modeling and Simulating Nano-Imprint Lithography.
2015 Student Reseaerch Projects
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