![]() Products developed using this nanofabrication process for photonics components may address inefficiencies in datacenters with low-loss optical interconnects, as well as enabling complex optical filters, near-eye displays, and ultracompact lenses. These shortcomings will be addressed by developing a new form of nanofabrication 3D-printing capable of rapid-prototyping and mass-manufacturing photonic components with cheaper systems enabling the mass-customization of components that can more rapidly address market needs in both low- and high-volume markets. These processes often limit the current design-space and prototyping/manufacturing methods with not only what can be made, but also the time and resources required for development, relegating viable commercial applications to only high-volume markets. The broader impact/commercial potential of this Small Business Innovation Research (SBIR) Phase I project will be to enable an alternative to traditional nanofabrication which relies on structuring material in two-dimensional layers. ![]()
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