Matthew D Moore

Title: Innovations by Inventor Matthew D Moore in Phosphorous-Based Sensors

Introduction

Matthew D Moore is a notable inventor based in Austin, Texas, who has made significant contributions to the field of environmental monitoring through his innovative patents. With a focus on developing cutting-edge technology for detecting solvents, Moore has demonstrated his expertise and ingenuity in creating effective solutions for modern challenges.

Latest Patents

Matthew D Moore holds a patent for "Phosphorous-based sensors for detection of multiple solvents." This invention involves advanced methods for monitoring environments for the presence of various solvents. The innovative approach includes exposing the environment to a luminescent compound, which shows a change in relative luminescence emission intensity upon interaction with specific solvents. By monitoring these changes, it is possible to determine whether solvents are present or absent in the environment. The luminescent compounds utilized in this invention consist of a phosphorous atom coordinated with one or more carboxyl groups and metallic ions, providing an effective means for solvent detection.

Career Highlights

Matthew D Moore is affiliated with the University of Texas System, where he continues to explore new research avenues and contribute to the academic and scientific communities. His work at the university involves not only research and development but also mentoring upcoming innovators in the field.

Collaborations

Throughout his career, Moore has collaborated with esteemed colleagues including Simon M Humphrey and Bradley J Holliday. These partnerships have allowed him to enhance his research capabilities, share knowledge, and push the boundaries of innovation in sensor technology.

Conclusion

Matthew D Moore exemplifies the spirit of innovation through his development of phosphorous-based sensors for solvent detection. His contributions to the field not only showcase technical ingenuity but also highlight the importance of collaboration and research in advancing environmental monitoring technologies. As he continues his work at the University of Texas System, the impact of his innovations is likely to resonate within both academic and industrial applications for years to come.