Timothy Scott Rider

Title: The Innovative Contributions of Timothy Scott Rider in Biomolecule Quantitation and Polymer Technology

Introduction

Timothy Scott Rider, based in Exeter, NH, is a notable inventor with a penchant for creating innovative solutions in the fields of biomolecule quantitation and polymer technology. With two patented inventions to his name, Rider has demonstrated a deep commitment to advancing scientific methods and technologies that impact various industries.

Latest Patents

Rider's first patent focuses on "Devices and methods for infrared (IR) based quantitation of biomolecules." This invention presents methods for quantifying one or more biomolecules in a sample by utilizing infrared-based techniques. It also includes sample holder devices designed for these methods and outlines procedures for manufacturing these holders.

His second patent, titled "Online control of blowing agent content of polymer beads for making lost foam patterns," pertains to improving the manufacturing process of lost foam casting patterns. This invention leverages real-time, near-infrared (NIR) spectroscopic technology for closed-loop control over the blowing agent content in polymer beads, ensuring enhanced precision in the production process.

Career Highlights

Throughout his career, Timothy Scott Rider has gained valuable experience by working with prominent companies, such as Emd Millipore Corporation and Gm Global Technology Operations LLC. These roles have allowed him to hone his skills in innovation and application of his inventions in real-world settings.

Collaborations

Rider has collaborated with talented individuals such as Elena Chernokalskaya and Vivek Joshi, contributing to a dynamic exchange of ideas and fostering an environment of creativity. These professional relationships have likely played a crucial role in the development of his patents and innovations.

Conclusion

Timothy Scott Rider's inventions reflect his dedication to enhancing scientific methodologies and technologies in biomolecule analysis and polymer production. His patented works not only advance the scientific community but also highlight the importance of collaboration and innovative thinking in achieving significant breakthroughs. As he continues his work, the impact of his contributions is expected to resonate across various fields for years to come.