Company Filing History:
Years Active: 2024
Title: Innovator Spotlight: Xiao Li of Corning Incorporated
Introduction: Xiao Li, based in Santa Clara, CA, is an innovative inventor renowned for her contributions to optical technology. With a remarkable focus on the development of an Optical Transforming Article, she has earned recognition in the field of optical engineering, showcasing her expertise and creativity.
Latest Patents: Xiao Li holds a patent for an Optical Transforming Article that features a unique optical transforming layer. This invention includes a guide region that is strategically positioned within and adjacent to the perimeter of the optical transforming layer. The guide region is designed to propagate light from an inlet end to an outlet end, ensuring that light is efficiently directed from the first surface to the second surface. Notably, the guide region consists of a phase-separated glass, characterized by a continuous network phase and a discontinuous phase, with a significant index of refraction difference of 0.3% or greater. The discontinuous phase encompasses elongated regions aligned along a common axis with an aspect ratio of 10:1 or greater, making her invention a significant advancement in optical technologies.
Career Highlights: Throughout her career, Xiao Li has demonstrated exceptional ingenuity and technical proficiency. As a valued member of Corning Incorporated, she has been instrumental in pushing the boundaries of optical design and application. Her patent reflects her commitment to advancing the state of optical solutions, making a notable impact within the industry.
Collaborations: At Corning Incorporated, Xiao collaborates with esteemed colleagues, including Nicholas Francis Borrelli and Ming-Jun Li. Working alongside such talented professionals has allowed her to share insights and innovate further, fostering a spirit of teamwork that drives their collective success in the field of optical technologies.
Conclusion: Xiao Li's contributions to optical technology through her patent for an Optical Transforming Article highlight her ingenuity and dedication. As she continues to innovate at Corning Incorporated, her work not only advances her career but also enhances the broader field of optical research and application, setting a standard for future inventors and engineers.