Ilya Zwieback

Title: **Ilya Zwieback: Innovator in Neutron Detection and UV Filtration**

Introduction

Ilya Zwieback is a notable inventor based in New Milford, NJ, who has made significant contributions to the fields of neutron detection and ultraviolet (UV) filtration. With a total of three patents to his name, Zwieback has developed technologies that address critical needs in advanced optical systems and radiation detection.

Latest Patents

Zwieback's latest patents include innovations that have the potential to transform their respective fields. One of his standout inventions is the development of ammonium nickel sulfate crystals. These single crystals, denoted as (NH₄)Ni(SO₄)·6H₂O, are recognized for their excellent UV light filtering properties. They exhibit remarkable stability in enclosed environments at temperatures reaching up to 125°C, making them particularly advantageous for solar-blind optical systems and sensing devices aimed at detecting UV light sources in missile warning systems.

In addition, Zwieback has contributed to the field of radiation detection with his patent for a solid-state neutron detector. His work demonstrates that crystals of lithium tetraborate or alpha-barium borate can effectively serve as neutron-detecting materials. Notably, his technique does not involve the use of common fluxing agents, enabling the production of crystals suitable for various applications, including thin wafers and sintered compacts that can be integrated with electronic systems for enhanced neutron detection.

Career Highlights

Throughout his career, Zwieback has been associated with influential companies that furthered his research and development efforts. Notably, he has worked at Inrad, Inc. and Sandia Corporation, where he collaborated on projects that pushed the boundaries of innovation in optics and detector technologies.

Collaborations

Zwieback's innovative journey has been influenced by collaborative efforts with notable colleagues, including Warren Ruderman and Shai Livneh. Their joint expertise in their respective fields has undoubtedly contributed to the successful realization of Zwieback's inventions.

Conclusion

Ilya Zwieback's contributions to the fields of neutron detection and UV filtration illustrate the profound impact that dedicated inventors can have on technology and safety. With his innovative patents and collaborative spirit, Zwieback continues to pave the way for advancements in detection technologies and optical systems. As the need for reliable detection methods grows, his work remains relevant in the pursuit of safer and more efficient technological solutions.