Sungnam Park

Title: Sungnam Park and Optical Vector Beam Generation

Introduction

Sungnam Park is an inventor associated with the University of Chicago in Chicago, Illinois. His patent work addresses optical techniques for generating vector beams, including light with radial or azimuthal polarization.

Latest Patents

Park is credited with 1 patent: “Vector Beam Generator Using a Passively Phase Stable Optical Interferometer.” The invention describes splitting an input optical beam into at least two beams and coupling them into a phase-stable interferometer. Using optical components such as a diffractive element and lenses or mirrors, the system can manipulate portions of each beam’s polarization and phase. When the beams are combined, they form an optical vector beam with a selected polarization state.

Career Highlights

Park’s listed patent reflects work in optical engineering and interferometry. The disclosed approach uses passive or active phase-stable interferometry to generate structured light, with potential applications in systems that require controlled polarization and phase.

Collaborations

Park’s listed coworkers include Kimani C. Toussaint, Jr. and Justin E. Jureller. The patent’s subject matter reflects collaborative research in optical science and engineering associated with the University of Chicago.

Conclusion

Sungnam Park’s patent describes an interferometric method for producing optical vector beams by controlling the phase and polarization of combined beams.