Erin User

I am an applied physicist with an M.S. in Applied Physics and hands-on experience in nonlinear optics, photonics, and luminescent materials. I focus on experimental development, simulation, and inverse-design methods to solve optical engineering challenges.

I have contributed to peer-reviewed publications on thermal-stable and high-efficiency phosphors and co-authored a granted utility patent for an experimental viscosity measurement device. These outcomes reflect my ability to drive projects from concept through characterization and dissemination.

My research spans inverse design of nonlinear multi-plane light converters, simulation of light distribution in photocatalytic reactors, development of multifunctional luminescent materials, and investigations of ring resonators and soliton dynamics. I combine spectroscopy, materials characterization, and computational modeling to validate designs and optimize device performance.

I am proficient in laboratory instrumentation, optical and materials modeling software, and scientific programming, and I thrive in collaborative R&D environments where I can contribute to applied photonics and materials innovation while continuing to grow as an experimental researcher.