| Agency | Title | Amount | Dates |
|---|---|---|---|
| NSF-ECCS | RUI: Spatial light modulator technology for the on-demand fabrication of optical microstructures in polarization-sensitive materials | $315,000 | 2020- 2023 |
| NSF-DMR | MRI: Acquisition of a Spatial Light Modulator System for Research and Education in Optical Materials, Bioscience, and Human-Computer Interaction (PI) | $245,000 | 2019- 2022 |
| DAAD | Visiting Faculty Research Grant- Beuth University of Applied Science, Berlin | $3000 | 2018 |
| US-DOE | Optical and electro-optic modulation of biomimetically functionalized nanocarbon materials (co-PI) | $90,000 | 2013- 2016 |
| DAAD (German Academic Exchange Service | Visiting Faculty Research Grant- Beuth University of Applied Science, Berlin | $9000 | 2014 |
| NSF-DMR | Orientational relaxation of chromophore order in nonlinear optical block copolymers (PI) | $288,785 | 2010- 2013 |
| NSF-DUE | Supplemental funding to CCLI award | $10,000 | 2010 |
| NSF-DUE | CCLI- Re-Inventing the Electronic Materials Laboratory: Hands-on Deposition and Testing of Active Component Materials by Undergraduate Classroom Students (co-PI) | $150,000 | 2008- 2010 |
| ILX-Lightwave, Inc. | University Grant Program- Fiber optic equipment for waveguide analysis (PI) | $10,000 | 2008 |
| NSF-ROA | Research Opportunity Award- Electro-optic block copolymers at NSEC | $20,213 | 2008 |
| NSF-ROA | Research Opportunity Award- Direct writing of waveguides in LiNbO3. | $20,000 | 2005 |
| NSF-DMR | MRI- Acquisition of instrumentation for optical propagation loss measurement in novel waveguide materials (PI) | $108,555 | 2005- 2006 |
| NSF-DMR | RUI- Photodegradation and poling alignment stability of branched azo chromophores in electro-optic polymer blends (PI) | $229,858 | 2005- 2008 |
| NSF-DMR | RUI- Phase stability and chromophore reorientation in photorefractive polymer composites (PI) | $133,857 | 2000- 2003 |
| NSF-DUE | ILI- Materials science and nonlinear optics in physics and chemistry laboratories (PI) | $75,000 | 1999- 2002 |
| Research Corporation | Cottrell College Science Award- Effect of chromophore solubility on optical absorption and two-beam coupling gain in guest-host photorefractive polymer composites. (PI) | $41,000 | 1997- 1999 |
