North Palm Beach, FL, United States of America

Warren R Sigman


Average Co-Inventor Count = 1.8

ph-index = 4

Forward Citations = 25(Granted Patents)


Company Filing History:


Years Active: 1979-2002

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4 patents (USPTO):Explore Patents

Title: The Innovative Mind of Warren R. Sigman

Introduction

Warren R. Sigman, an accomplished inventor based in North Palm Beach, Florida, has made significant strides in the field of optical engineering. With a total of four patents to his name, Warren has developed innovative technologies that enhance the performance and functionality of optical systems.

Latest Patents

Among his notable patents, the "Hybrid Optical Mirror" stands out as a groundbreaking invention. This hybrid mirror, designed for reflecting high-power optical beams, features a reaction-sintered silicon carbide substrate bonded with multiple silicon faceplates that incorporate coolant passages. Additionally, his invention titled "Mirror Mount with Annular Flat Diaphragm Encircling Circular Mirror" describes a positionally adjustable mirror that achieves high stiffness in the torsional and transverse modes while ensuring low stiffness in the axial direction. This innovation allows for reduced local high-stress levels on the mirror.

Career Highlights

Warren R. Sigman is currently associated with United Technologies Corporation, where he has played a pivotal role in the development of advanced optical technologies. His insights and expertise contribute significantly to the innovations being pursued by the company.

Collaborations

Throughout his career, Warren has collaborated with esteemed colleagues, including Robert K. Stalcup and Karl M. Prewo. Their combined efforts in the field of optical engineering have led to the creation of cutting-edge products that further the capabilities of optical systems.

Conclusion

Warren R. Sigman's contributions to the field of optical engineering through his patents reflect his dedication to innovation. His work, characterized by advanced designs and practical applications, continues to influence the way high-power optical systems are designed and utilized.

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