Company Filing History:
Years Active: 1995
Title: **Thomas C Dula, III: An Innovator in Spatial Light Modulation**
Introduction
Thomas C Dula, III is an accomplished inventor based in Winter Springs, Florida. He holds a notable patent that showcases his innovative contributions to the field of optical technology.
Latest Patents
Dula’s patent, titled "Total Internal Reflection Spatial Light Modulation Apparatus and Method," presents a groundbreaking approach to spatial light modulation. The apparatus includes a light source designed to project infrared light, a prism that reflects the projected light from an internal surface, and an array of pixel posts made from electrostrictive material. These pixel posts are strategically positioned near the back face of the internal surface to selectively eliminate pixel areas of reflected light, effectively forming an image. The innovation further includes a multiplexer that selectively charges a set of pixel posts corresponding to the desired image, with carefully designed electrical contacts ensuring that only the selected pixel posts receive electrical charge.
Career Highlights
Dula's professional journey is marked by his significant role at Martin Marietta Corporation, where he contributes to advancing technology in engineering and materials science. His work emphasizes not only innovative design but also practical fabrication methods, which include the step-by-step process of creating the pixel post array as a monolithic structure.
Collaborations
Throughout his career, Thomas has had the opportunity to collaborate with esteemed colleagues, including Paul J Caldwell and Alex E Bailey. These collaborations highlight the synergy and shared expertise needed to drive innovation within their projects and overcome complex engineering challenges.
Conclusion
Thomas C Dula, III stands out as a talented inventor, demonstrating a strong commitment to technological advancement through his inventive work on spatial light modulation. His contributions not only enhance existing technologies but also pave the way for future innovations in optical applications.