Company Filing History:
Years Active: 2018-2019
Title: Innovations by Grainne Riley: Pioneering Advances in Particle Beam Technology
Introduction: Grainne Riley is an accomplished inventor based in Lincoln, Great Britain. With a remarkable portfolio of three patents, her work primarily focuses on advancements in particle beam technology. Her innovative contributions are instrumental in the field of radiation and its applications.
Latest Patents: Grainne's latest patents encapsulate her groundbreaking research. One of her innovations involves an assembly, apparatus, system, and method designed for a particle beamline that facilitates the passage of charged particles. This patent details a first beam tracker structure equipped with a position-sensitive detector for precise location determination within the beamline. Furthermore, her energy discrimination apparatus is adept at analyzing the energy of particles, enabling significant advancements in medical and industrial radiation applications. Another noteworthy patent focuses on a 2D position-sensitive detector assembly composed of overlapping planar detector portions. These detector elements are meticulously configured to generate electrical signals upon interaction with radiation, showcasing her innovative approach to particle detection.
Career Highlights: Grainne Riley's career is accentuated by her dedication to research and innovation. As a pivotal member of the University of Lincoln, she engages in cutting-edge research that bridges the gap between theory and practical application. Her expertise in radiation and detector technologies significantly enhances the university's research initiatives.
Collaborations: Grainne collaborates with notable colleagues, including Nigel Allinson and Chris Waltham. Their combined efforts foster a dynamic research environment, pushing the boundaries of what is achievable in particle beam technology. Together, they contribute to a culture of innovation at the University of Lincoln.
Conclusion: Grainne Riley's contributions to the field of particle beam technology exemplify the essence of innovation. Her patents not only reflect her expertise as an inventor but also underscore the importance of collaborative research in advancing scientific knowledge. As she continues to explore new frontiers in radiation technology, her work promises to inspire future generations of inventors and researchers.