Jonathan G Grossman

Title: **Jonathan G Grossman: Innovator in Laser Technology**

Introduction

Jonathan G Grossman is a notable inventor based in Los Angeles, California. He has made significant contributions to the field of laser technology, with a focus on improving the efficiency and design of metal waveguide lasers.

Latest Patents

Jonathan holds a patent for the invention titled "RF Excited Metal Waveguide Laser." This innovative technology employs a unique design where one of the two opposed electrodes in the discharge region is formed as a waveguide. This design choice eliminates the need for dielectric sidewalls that are commonly used in traditional metal waveguide lasers. Notably, the preferred embodiment of his invention features an enclosure with metal sidewalls and a bottom. One electrode is directly attached to this enclosure while the opposing electrode is connected to a dielectric cover. Additionally, the system allows for laser gas circulation throughout the enclosure to facilitate efficient cooling of the electrodes. Jonathan’s patent showcases a waveguide electrode with a longitudinal and transverse concave radius of curvature, further enhancing its operational capabilities.

Career Highlights

Jonathan Grossman works at the University of California, where he applies his expertise in the development of advanced laser systems. His work in academic and research environments has positioned him as a leader in innovative laser technology, contributing to the expansion of knowledge and practical applications in this field.

Collaborations

Throughout his career, Jonathan has collaborated with notable colleagues, including Lee W Casperson and Oscar Magnus Stafsudd. Their combined expertise and collaborative efforts have facilitated advancements in laser technology and contributed to the successful development of innovative solutions.

Conclusion

Jonathan G Grossman is a prominent figure in the arena of laser technology, with an impressive patent that reflects his innovative approach. His work not only enhances the capabilities of metal waveguide lasers but also demonstrates the impact of collaboration within research institutions like the University of California.