Gregory A Myatt

Title: Innovations of Gregory A. Myatt

Introduction

Gregory A. Myatt is a notable inventor based in Union City, CA, with a significant contribution to the field of optical technology. He holds four patents that showcase his expertise in data transmission and image recording technologies. His work has implications for various applications, particularly in the realm of spatial light modulators.

Latest Patents

One of Myatt's latest patents is titled "Efficient data transmission in analog spatial light modulators." This invention describes a spatial light modulator (SLM) that includes an array of pixels formed on a substrate. Each pixel consists of electrostatically operable optical modulators, a receiver, a memory coupled to the receiver, and a driver with multiple drive channels. The design allows for efficient data processing and modulation, enhancing the performance of optical systems.

Another significant patent is the "Apparatus and method for recording an image on photographic film." This invention features a film recorder that utilizes a linear diffractive spatial light modulator (LDSLM) to record digital images on photographic film. The system includes an illuminator, a spatial light modulator assembly, and imaging optics, all working together to produce high-quality images on film.

Career Highlights

Gregory A. Myatt is currently associated with Silicon Light Machines Corporation, where he continues to innovate in the field of optical technologies. His work has been instrumental in advancing the capabilities of spatial light modulators and image recording systems.

Collaborations

Myatt has collaborated with notable colleagues, including Alexander P. Payne and Jahja I. Trisnadi, contributing to various projects that enhance the functionality and efficiency of optical devices.

Conclusion

Gregory A. Myatt's contributions to the field of optical technology through his patents and work at Silicon Light Machines Corporation highlight his role as a leading inventor. His innovations continue to shape the future of data transmission and image recording technologies.