James E Sorenson

Title: James E Sorenson: Innovator in Fiber Optic Technology

Introduction

James E Sorenson, an inventor based in Onyx, California, has made significant contributions to the field of fiber optic technology. He holds a patent for a modular fiber optic fluorometer, showcasing his commitment to innovative solutions in scientific instrumentation.

Latest Patents

Sorenson's notable patent is for a "Modular Fiber Optic Fluorometer and Method of Use Thereof." This invention presents a low-cost, portable fiber optic fluorometer designed to be used as a personal computer peripheral. The fluorometer utilizes interchangeable modules, allowing for versatility and ease of use. It includes components such as an excitation source, a detector, a signal processor, a frequency source, and a wavelength selector, all linked via a fiber optic-based optical interface. This design simplifies optical alignment and significantly reduces costs.

Furthermore, the fluorometer's alternative embodiments feature an inexpensive monochromatic excitation source, enhancing its adaptability to generate various excitation wavelengths and detect different emission wavelengths. The method for fluorescence measurement described within the patent includes generating an excitation signal, transmitting it to a system under study, and detecting both the excitation and emission signals to calibrate the device effectively.

Career Highlights

Throughout his career, James E Sorenson has established himself as a key player in the field of optical technology. His work with Physical Optics Corporation has highlighted his innovative spirit and ability to create cost-effective, high-functioning scientific tools.

Collaborations

Sorenson has collaborated with notable coworkers such as Edgar A Mendoza and Robert A Lieberman, contributing to advancements in fiber optic technologies through teamwork and shared expertise. Their collective efforts have propelled the development of exciting new applications in the industry.

Conclusion

James E Sorenson's work exemplifies the essence of innovation in scientific instrumentation. Through his patent for the modular fiber optic fluorometer, he has not only enhanced the capabilities of fluorescence measurements but has also made these technologies more accessible. His contributions resonate within the scientific community, paving the way for future advancements in fiber optic applications.