Company Filing History:
Years Active: 2004-2010
Title: Innovations by Jason R. Wright: Pioneering Substrate Processing Systems
Introduction: Jason R. Wright, an inventive mind based in Sunnyvale, CA, is recognized for his contributions to substrate processing technologies. Holding two patents, Wright has made significant advancements in systems that incorporate advanced heating methods and innovative polishing pads for substrate applications.
Latest Patents: Jason's latest patents include a system that utilizes microwave heaters within fluid supply lines of substrate processing chambers. This invention features a microwave heater strategically arranged along the supply line to heat fluids to temperatures that exceed those in the reservoir by approximately 20°C. This technology is not confined to microelectronic fabrication, as it can be applied to other fields requiring heated fluids for processes such as electroplating. Additionally, he developed a polishing pad with a window that enhances the processing capabilities. This pad comprises a backing layer and a polishing layer with aligned openings, along with a solid window and multiple adhesive layers to ensure optimal performance during substrate polishing.
Career Highlights: Jason has built a commendable career, working for notable companies in the technology sector. He has contributed his expertise at Applied Materials, Inc. and Lam Research Corporation, where he played a crucial role in advancing substrate processing technologies.
Collaborations: Throughout his professional journey, Jason has collaborated with esteemed colleagues, including Andreas Norbert Wiswesser and Boguslaw A. Swedek. These partnerships have enhanced the scope and impact of his innovations in the field.
Conclusion: Jason R. Wright exemplifies the spirit of innovation in substrate processing technologies. His patents showcase creative solutions that address industry challenges, thus influencing the future of microelectronic fabrication and beyond. As a forward-thinking inventor, Wright continues to pave the way for advancements in substrate processing systems.