G William Tasker

Title: G William Tasker: Innovator in Electron Multiplication Technology

Introduction

G William Tasker is a notable inventor based in West Brookfield, MA, recognized for his contributions to the field of electron multiplication technology. With a portfolio comprising seven patents, Tasker's work is highly influential in advancing related technologies. His recent inventions revolve around thin-film processing techniques and micromachined structures, showcasing his expertise and innovation in the industry.

Latest Patents

Among Tasker's latest patents, the "Method of Making Thin-Film Continuous Dynodes for Electron Multiplication" stands out. This invention pertains to continuous dynodes created through thin-film processing methods. One embodiment involves the deposition of a chemical vapor in the presence of a substrate at specific temperatures and pressures, leading to effective chemical vapor deposition. Moreover, the patent also covers methods involving liquid-phase deposition, as well as nitriding or oxidizing substrates.

Another significant patent is the "Method for Fabrication of Microchannel Electron Multipliers." This invention describes the construction of complete micromachined Microchannel Plates (MCPs) activated with thin-film dynodes. The process includes dry etching interchannel regions of the substrate to form channel pillars, which are then backfilled and removed to give rise to a perforated microchannel plate. This technique is applicable in creating essential components for integrated image tubes or photomultiplier tubes.

Career Highlights

G William Tasker has had an impactful career, contributing to multiple pioneering projects within well-established organizations. Notable among these are his roles at Galileo Electro-Optics Corporation and the Center for Advanced Fiberoptic Applications. His experience in these companies has empowered him to drive innovation and collaborate on groundbreaking technologies related to electron multipliers.

Collaborations

Throughout his career, Tasker has collaborated with esteemed colleagues, including Jerry R. Horton and Alan M. Then. These collaborations have played a vital role in the development of his patents and have further enriched the technological landscape of electron multiplication.

Conclusion

G William Tasker continues to exemplify the spirit of innovation as he explores advancements in electron multiplication technology. With a robust set of patents and significant contributions through his collaborations, Tasker's impact in his field is undoubtedly noteworthy, inspiring future inventors to push the boundaries of technology even further.