David Larson

Title: **David Larson: Innovator in Remote Sensing Technology**

Introduction

David Larson, based in Las Cruces, New Mexico, is an accomplished inventor known for his innovative contributions to the field of electrochemical sensors. With a focus on remote detection, Larson has developed technology that has the potential to greatly improve environmental monitoring and analysis.

Latest Patents

Larson holds a patent for a remote electrochemical sensor, a breakthrough device designed for the remote detection of metal contaminants and organic compounds. This sensor addresses technical challenges that previously hindered in-situ remote operations. By utilizing a microelectrode connected to a long communications cable, the sensor enables convenient measurements of various elements or compounds from distances ranging from ten feet to over 100 feet. This technology proves particularly beneficial for downhole groundwater monitoring and in-situ analysis of water, including shipboard seawater.

Career Highlights

David Larson is affiliated with the New Mexico State University Technology Transfer Corporation, a position that allows him to translate innovative research into practical applications. His role facilitates the commercialization of new technologies, ensuring that groundbreaking inventions make a meaningful impact in relevant fields.

Collaborations

Throughout his career, Larson has collaborated with notable peers such as Joseph Wang and Khris B Olsen. These collaborations have likely enriched his work and provided multiple perspectives in advancing remote sensing technologies.

Conclusion

David Larson exemplifies the spirit of innovation with his work on remote electrochemical sensors. His contributions not only address pressing environmental concerns but also pave the way for advancements in monitoring and analysis technologies. As he continues to work with the New Mexico State University Technology Transfer Corporation, the future looks bright for further innovations from this dedicated inventor.