Matthew Kole

Title: Innovative Contributions of Matthew Kole in Santa Clara, CA

Introduction

Matthew Kole is a distinguished inventor based in Santa Clara, California, known for his groundbreaking work in analytical technologies. With two patents to his name, Kole has made significant advancements in methods for analyzing particulates and automating contact systems pertaining to ATR (Attenuated Total Reflectance) objectives.

Latest Patents

One of Kole's latest patents is the "Mid-infrared scanning system for analyzing particulates." This innovative apparatus and method allow for the detailed analysis of particulates within a sample. It features a moveable stage that offers a tunable MIR (mid-infrared) light scanner and a visible imaging system. The procedure involves obtaining a visible image of the sample, soliciting user input, and subsequently generating an MIR light beam to identify and measure the MIR absorption spectrum of selected particles.

Another notable invention is the "Method and apparatus for automating contact between an ATR crystal and a specimen." This ATR scanning system enhances the process of positioning a specimen against an ATR objective's reflective surface. It comprises a controller that forms an image, a height profiler that measures distances, and a stage that moves the specimen at variable speeds, ensuring accurate contact measurement.

Career Highlights

Matthew Kole is an integral member of Agilent Technologies, Inc., where he utilizes his expertise to pioneer advancements in analytical technologies. His contributions have not only enriched his company but have also positioned him as an influential figure in the innovation landscape.

Collaborations

Kole collaborates closely with esteemed colleagues such as Andrew Ghetler and Christopher Ryan Moon. Together, they work on innovative projects that enhance the capabilities of analytical systems, further driving the field of spectroscopy and material analysis forward.

Conclusion

Matthew Kole's innovative spirit and commitment to advancement in analytical technologies highlight his significant role as an inventor. With his two patents, he has demonstrated remarkable ingenuity in developing systems that improve the accuracy and efficiency of particulate analysis, showcasing the impact one individual can have in the realm of innovations.