Lorrie L Gampp

Title: Lorrie L Gampp: Innovator in Integrated Optics

Introduction

Lorrie L Gampp is a prominent inventor based in Reseda, California. She has made significant contributions to the field of integrated optics, holding a total of 4 patents. Her work focuses on enhancing optical waveguide technology, which is crucial for various applications in telecommunications and data processing.

Latest Patents

Gampp's latest patents include innovative designs aimed at improving the performance of optical waveguides. One of her notable inventions is the "Integrated optics chip having reduced surface wave propagation." This patent describes an optical waveguide formed in a substrate made of an electrooptically active material. The design features an input facet for optical signals and an output facet to prevent surface waves from interfering with the output.

Another significant patent is "Lateral trenching for cross coupling suppression in integrated optics chips." This invention involves forming lateral trenches in the substrate to prevent light rays from propagating to the output facet. The trenches can be designed in various orientations, enhancing the efficiency of the optical waveguide network.

Career Highlights

Lorrie L Gampp has had a distinguished career at Litton Systems, Inc., where she has been instrumental in advancing optical technologies. Her expertise in integrated optics has positioned her as a leader in her field, contributing to the development of cutting-edge solutions.

Collaborations

Throughout her career, Gampp has collaborated with notable colleagues, including Gregory A Zimmerman and Arthur R Martinez. These partnerships have fostered innovation and have been pivotal in her research and development efforts.

Conclusion

Lorrie L Gampp's contributions to integrated optics have significantly impacted the field, showcasing her innovative spirit and dedication to advancing technology. Her patents reflect her commitment to improving optical systems, making her a key figure in the industry.