Brenden W Wiggins

Title: Brenden W. Wiggins: Innovations for Neutron Imaging and Radiation Detection

Introduction:

Brenden W. Wiggins, based in Los Alamos, NM, is a notable inventor and researcher specializing in the field of neutron imaging and radiation detection. With two patents to his name, Wiggins has made significant contributions to the development of scintillator-based fiber optic plates and rechargeable solid-state neutron detectors. This article explores his latest patents, career highlights, collaborations, and the impact of his inventions in advancing these crucial technologies.

Latest Patents:

Wiggins' two latest patents demonstrate his expertise in designing innovative solutions for neutron imaging applications and radiation detection. The first patent involves a scintillator-based fiber optic plate for neutron imaging systems. This technology consists of multiple optical fiber segments arranged in a parallel array, coupled together by a binder material. A diffuse reflective material and an optical detector device are optically coupled to the fiber segments, providing efficient neutron imaging capabilities. Optionally, the fiber optic plate may include additional diffuse reflective materials for improved performance.

His second patent focuses on a rechargeable solid-state neutron detector and visible radiation indicator. This invention utilizes a chalcopyrite crystal coupled to a support structure. When exposed to radiation, the crystal undergoes visible color change, indicating the presence of radiation. The crystal can be annealed at an elevated temperature to reverse the color change, allowing for reusable neutron detectors. This technology has the potential to revolutionize radiation detection, particularly in applications where portability and reusability are key factors.

Career Highlights:

During his career, Wiggins has worked for prominent organizations, including Consolidated Nuclear Security, LLC and Fisk University. These organizations provide a platform for researchers and innovators to develop cutting-edge technologies in the field of nuclear science and radiation detection. Wiggins' contributions have undoubtedly played a crucial role in advancing these organizations' objectives.

Collaborations:

Working alongside talented individuals, such as Ashley Clinton Stowe and Jeffrey Robert Preston, Wiggins has been able to leverage expertise and foster collaborations that drive innovation forward. Collaborations with colleagues allow inventors like Wiggins to refine their ideas, uncover new perspectives, and push the boundaries of what is currently possible. These collaborations demonstrate Wiggins' dedication to multidisciplinary approaches in solving complex challenges in neutron imaging and radiation detection.

Conclusion:

Brenden W. Wiggins is a highly accomplished inventor and researcher, specializing in the development of novel technologies for neutron imaging and radiation detection. His patents for scintillator-based fiber optic plates and rechargeable solid-state neutron detectors exemplify his commitment to advancing these fields. Collaborating with esteemed colleagues, Wiggins continues to make significant contributions to cutting-edge research and development projects. His inventions have the potential to enhance the accuracy and versatility of neutron imaging systems while revolutionizing the field of radiation detection.