Company Filing History:
Years Active: 1986-1988
Title: The Innovative Contributions of Mathew D. Watson
Introduction
Mathew D. Watson, an accomplished inventor based in Sunnyvale, CA, has made significant advancements in the field of gas lasers and cold cathode gas tubes. With two patents to his name, Watson's contributions have potentially transformed how these technologies operate.
Latest Patents
Watson's latest patent focuses on gas lasers, where he has engineered a method to reduce the turn-on delay by inducing a transient electric field that fosters ionization in a local area adjacent to the anode. This innovative solution utilizes a coupler to link the cathode voltage to the section of the laser near the anode, enhancing the efficiency of gas lasers. His second patent addresses cold cathode gas tubes, where he has introduced an electric field concentrator positioned between the anode and cathode. This concentrator can have various geometrical forms, such as projecting conductive members with sharp corners or needle-like points, which also significantly decreases the turn-on delay.
Career Highlights
Mr. Watson is currently affiliated with Uniphase Corporation, a key player in the photonics sector. His expertise in laser technology has established him as a vital contributor within the company. Throughout his career, Watson has demonstrated a commitment to innovation and has continually sought to push the boundaries of existing technology.
Collaborations
Mathew has collaborated with esteemed coworkers such as Dale E. Crane and Robert E. Jones. Together, they have fostered an environment of creativity and ingenuity, working towards enhancing laser technologies and improving associated applications.
Conclusion
Mathew D. Watson's inventions exemplify the spirit of innovation and the ongoing pursuit of advanced technologies. With his patents in gas lasers and cold cathode gas tubes, Watson is poised to make lasting impacts in the industry, underscoring the importance of inventors in the progression of modern technology.