Charles G Lenton

Title: The Innovative Mind of Charles G. Lenton

Introduction

Charles G. Lenton, an accomplished inventor based in Eye, Great Britain, has made significant contributions to the field of semiconductor technology. With two patents to his name, Lenton's innovations primarily focus on the development of advanced semiconductor structures for opto-electronic applications.

Latest Patents

Lenton's most recent patent is titled "Semiconductor structure with flared mesa burying layers." This patent outlines a semiconductor structure and methods for its fabrication, specifically designed for use in opto-electronic devices. The design utilizes metal-organic vapor phase epitaxy (MOVPE) growth steps, characterized by a mesa featuring substantially non-reentrant sides. The process involves creating an initial semiconductor structure with a substrate and a mesa, which has a central stripe of vapor-phase growth suppressing material on its upper surface. Subsequent burying layers are grown by MOVPE, followed by the formation of covering layers over the mesa. This innovative approach enables the manufacture of devices such as optical detectors and waveguides, including semiconductor lasers capable of operating in a single transverse mode.

Career Highlights

Lenton's professional journey includes significant roles with major corporations, including British Telecommunications Corporation and British Telecommunications Public Limited Company. His work in these organizations has helped pave the way for advancements in telecommunications and semiconductor technology.

Collaborations

Throughout his career, Charles G. Lenton has collaborated with notable colleagues, including Andrew W. Nelson and Richard E. Hobbs. These partnerships have contributed to the development and enhancement of new technologies within the semiconductor field.

Conclusion

Charles G. Lenton's contributions to semiconductor technology reflect a commitment to innovation and excellence. Through his patents and collaborative efforts, he continues to push the boundaries of what is possible in opto-electronic devices, solidifying his status as a significant figure in the field of inventors.