Charles M Egert

Title: The Innovative Mind of Charles M. Egert

Introduction

Charles M. Egert is an accomplished inventor based in Oak Ridge, TN, with a remarkable portfolio of five patents. His contributions to the field of micromechanical sensors and optical technology have garnered attention and admiration in the innovation community.

Latest Patents

Among his latest inventions, two notable patents stand out. The first is an "Apparatus and method for detecting electromagnetic radiation using electron photoemission in a micromechanical sensor." This innovative sensor operates by producing photoelectrons from a metal surface in contact with a semiconductor, leading to photo-induced bending that is measured and processed for signal generation. The design further allows for the arrangement of multiple sensors in a two-dimensional matrix, enhancing its application in imaging.

The second noteworthy patent is the "Photo-induced micro-mechanical optical switch." This invention involves an optical switch where light is introduced lengthwise to a microcantilever waveguide, causing it to bend due to stress induced by laser-diode-emitted light. This bending effectively directs the light to a receptor waveguide or a non-responsive surface, resulting in rapid switching functions with minimal energy loss.

Career Highlights

Charles M. Egert has made significant contributions during his tenure at notable companies such as UT-Battelle, Inc. and Martin Marietta Energy Systems, Inc. His innovative spirit and technical expertise have played a vital role in advancing research and development efforts in these organizations.

Collaborations

Throughout his career, Egert has collaborated with talented individuals in the field, including Slobodan Rajic and Panagiotis George Datskos. These partnerships have fostered a dynamic exchange of ideas, further enhancing the innovative projects they have pursued together.

Conclusion

Charles M. Egert's inventions and patents reflect his dedication to advancing technology and improving the functionality of micromechanical sensors and optical switches. His work promises to have a lasting impact on various applications, paving the way for future innovations in these fields.