Company Filing History:
Years Active: 1983
Title: John G. Dunsmuir: Innovator in Laser Fusion Technology
Introduction
John G. Dunsmuir is an accomplished inventor based in Madison, NJ, renowned for his contributions to laser fusion technology. With a focus on improving the efficiency of hollow shell laser fusion targets, Dunsmuir has garnered attention in the research community for his innovative methodologies.
Latest Patents
Dunsmuir holds a patent for a groundbreaking method for filling hollow shells with gas for use as laser fusion targets. This patent addresses the need for precise gas entrapment within glass microballoons. His method involves laser-drilling a hole in the balloon, applying a plug over the hole, and introducing gas through the loosely plugged opening. The process culminates in melting the plug to create a seal, effectively trapping the gas inside the target. The materials used for the plug include polymers such as highly crystalline polystyrene or glass, showcasing Dunsmuir's ingenuity in materials selection.
Career Highlights
John G. Dunsmuir has dedicated his professional career to advancing the field of laser fusion. He is affiliated with the University of Rochester, where his research has contributed to innovative solutions in energy generation and material science. His sole patent reflects a significant achievement in his field, demonstrating his capability as an inventor.
Collaborations
Throughout his career, Dunsmuir has collaborated with notable colleagues such as Harry W. Deckman and Gerald M. Halpern. These partnerships have fostered a dynamic environment for innovation and research, allowing them to explore new dimensions in laser technology and fusion applications.
Conclusion
John G. Dunsmuir represents a significant figure in the world of invention, particularly in laser fusion technology. His patent for the method of filling hollow shells with gas exemplifies the type of innovative thinking that drives the field forward. Through his work at the University of Rochester and collaborations with esteemed colleagues, Dunsmuir continues to make valuable contributions to scientific advancements.