Company Filing History:
Years Active: 2005
Title: The Innovations of Matthew Ball: A Pioneer in Ultraviolet Laser Technology
Introduction
Matthew Ball, an accomplished inventor based in Escondido, California, has made significant contributions to the field of optics and laser technology. With a focus on creating long-life optical components, Ball's innovations cater to applications requiring high-power, deep ultraviolet lasers.
Latest Patents
Matthew Ball holds one notable patent titled "High power deep ultraviolet laser with long life optics." This invention addresses a key issue related to surface damage encountered in high pulse intensity sections of ultraviolet gas discharge laser systems. The patent outlines solutions that enhance the longevity and efficiency of optical components, allowing for billions of high-intensity laser pulses without significant degradation.
Career Highlights
Matthew Ball is currently associated with Cymer, Inc., a company recognized for its development of advanced photolithography technologies. His work focuses on high repetition rate laser systems that deliver powerful output beams, along with improved methods for beam delivery and polarization control. His contributions have advanced the understanding of laser technology, providing solutions that outperform previous iterations significantly.
Collaborations
Throughout his career, Ball has collaborated with noted professionals such as Thomas A. Yager and William N. Partio. These partnerships have facilitated the exchange of ideas and expertise, fostering innovative solutions within the field of ultraviolet laser systems.
Conclusion
In summary, Matthew Ball stands out as an influential inventor whose work on high power deep ultraviolet lasers has paved the way for advances in laser technology. His patent reflects a deep understanding of optical challenges and provides solutions that enhance performance and durability in practical applications. Matthews’s ongoing efforts at Cymer, Inc. continue to drive innovation in the laser industry.