Company Filing History:
Years Active: 1999
Title: Innovations by Gary T. Wiand: Transforming Laser Beam Coupling
Introduction
Gary T. Wiand, an inventive mind based in East Coventry Township, Chester County, PA, holds a noteworthy patent that reflects his contribution to the field of optics and telecommunications. His work, particularly focused on enhancing the efficiency of laser technology, underscores the significance of innovative thinking in modern industry.
Latest Patents
Wiand's most notable patent is the "Cruciform cylindrical lens for elliptical beam transformation." This invention addresses the challenge of efficiently coupling an elliptical mode laser source with a single mode transmission fiber. The system includes a unique design featuring two perpendicular cylindrical lenses that allow for distinct magnification of the 'fast' diverging and 'slow' diverging components of the beam. As a result, Wiand's design facilitates the transformation of an elliptical beam into an essentially circular one. The potential coupling efficiency of approximately 90% marks a significant advancement compared to the prior art's efficiency of about 44%.
Career Highlights
Gary Wiand is associated with Lucent Technologies, Inc., a leading organization in telecommunications and technology development. His role at the company positions him at the forefront of innovations that drive progress and enhance performance in optical systems.
Collaborations
Throughout his career, Wiand has collaborated with esteemed colleagues such as Carl Edward Gaebe and Sun-Huan Huang. These partnerships have played a critical role in the exchange of ideas and the development of advanced technology, further enriching Wiand's work and contributions to the field.
Conclusion
In conclusion, Gary T. Wiand stands out as an influential inventor whose patented technology in laser coupling illustrates the power of innovation. His ability to merge theory with practical application has propelled advancements in the field, making significant contributions to modern optical systems and enhancing the capabilities of telecommunications infrastructure.