Robin Fredrick Turner

Introduction

Robin Fredrick Turner is an accomplished inventor based in Vancouver, Canada. He is known for his significant contributions to optical technology, holding two patents that reflect his innovative spirit and technical expertise. His work not only propels advancements in fiber optics but also offers impactful applications in biosensor technology.

Latest Patents

Turner’s latest patents include:

1. **Light directing and collecting fiber optic probe**: This invention features a fiber-optic probe designed with two optical fibers. One fiber delivers light to a target zone while the second collects light from that zone. Notably, one fiber is equipped with a specially designed window that allows light to be reflected through it, enhancing the probe's efficiency in collecting data.

2. **Biosensor and interface membrane**: This regenerable biosensor probe is tailored for positioning in a bioreactor. It comprises a selectively permeable interface membrane, a porous protein-receiving matrix, and an indicating electrode. The innovative design facilitates the flow of fresh and spent protein conjugates, advancing the capabilities of biosensor applications.

Career Highlights

Robin Fredrick Turner is affiliated with the University of British Columbia, where he actively contributes to research and development in optical technologies. His inventions showcase a blend of creativity and scientific knowledge, earning him recognition within academic and industrial circles alike.

Collaborations

During his career, Turner has collaborated with notable colleagues such as Douglas G. Kilburn and Michael R. Phelps. Their joint efforts have helped push the boundaries of innovation in their respective fields, particularly in the realm of optical fiber and biosensing technologies.

Conclusion

Robin Fredrick Turner exemplifies the spirit of innovation through his pioneering work in fiber optic technology and biosensors. His patents signify not only his creativity but also his commitment to enhancing technological capabilities. As he continues his work at the University of British Columbia, the future holds exciting possibilities for further advancements stemming from his research.