Grant: Research Tools and Instruments

Nanophotonic devices and metamaterials-which are artificial structures that let us control and design material properties-have the potential to transform various technologies, including communication systems, optical sensors, smart clothing, and augmented reality. However, these devices need extremely precise, small-scale features over large areas, which current manufacturing methods, like traditional lithography, can't achieve. A new technique called nanoimprint lithography offers a promising solution. It combines high precision with the ability to cover large areas quickly and efficiently, making it ideal for producing these advanced technologies. In this proposal, we are requesting funds to buy a small, tabletop nanoimprint lithography tool for academic use. This tool will allow researchers to make these devices faster and at a lower cost, improving the efficiency of research and making the technology available to more people. As a result, we'll be able to produce more samples, speeding up our research progress. Additionally, by proving that devices can be made using this scalable manufacturing process, we'll attract interest from industry and encourage the transfer of our technology to commercial use. Finally, for the photonics industry to grow, especially with the adoption of nanoimprint lithography, we will need more skilled workers with experience in this area. By acquiring this equipment, we can train students and staff in these techniques, helping to meet the demand for skilled personnel in the field.