Company Filing History:
Years Active: 2007
Title: The Innovations of Cory V Bennett: A Pioneer in Wavelength-Conserving Technology
Introduction: Cory V Bennett, an accomplished inventor based in Livermore, CA, has made significant contributions to the field of fiber optical networking. With a deep understanding of optical technologies and a passion for innovation, Bennett has developed a unique solution that enhances the efficiency of wavelength routers.
Latest Patents: Bennett holds a patent for a "Wavelength-conserving grating router for intermediate wavelength density." This invention addresses the challenges of interconnecting multiple inputs and outputs in fiber optical networks. The technology is built upon a diffraction grating that operates using N wavelengths to connect N inputs with N outputs. To optimize this process, Bennett's approach incorporates additional couplers or wavelength-selective elements, effectively combining N-1 of the 2N-1 outputs with other N outputs, thereby refining system performance. His inventive embodiments explore the use of directional couplers and wavelength-selective couplers alongside a pair of diffraction gratings, ensuring the parallel propagation of all optical beams.
Career Highlights: Cory V Bennett is affiliated with the University of California, contributing his expertise in optical engineering and networking technologies. His research and developments have positioned him as a thought leader in the realm of fiber optics, particularly in wavelength routing systems.
Collaborations: Throughout his career, Bennett has worked with notable colleagues, including Robert J. Deri and Rajesh R. Patel. Together, they have collaborated on various projects and innovations within the optical technology community, advancing the field further with their combined expertise.
Conclusion: Cory V Bennett's innovative spirit and dedication to advancing optical networking technology exemplify the impact of inventors in driving progress in their fields. His patented solutions not only improve the efficiency of fiber optical networks but also inspire future advancements in wavelength-conserving technologies. With such contributions, Bennett stands out as a key figure in the realm of modern optical innovations.