Alan W Greynolds

Title: Exploring the Innovations of Alan W. Greynolds

Introduction

Alan W. Greynolds, based in Tucson, AZ, is an inventive mind in the field of optical technology. His notable contribution to the domain is reflected in his innovative patent involving Angular Shear Plates. This invention showcases his ability to intersect engineering principles with practical applications in light manipulation.

Latest Patents

Greynolds holds a patent for an Angular Shear Plate. The invention features one or more disc-shaped angular shear plates, where each has a thickness that varies according to a nonlinear function. When two of these shear plates are positioned facing each other and rotated, they refract light passing through the variable thickness regions. By adjusting the timing of the plates’ relative rotation and utilizing a suitable polynomial function for the thickness, Greynolds's design allows focused light to shift to variable positions, demonstrating an innovative approach to optics.

Career Highlights

Alan W. Greynolds is associated with Applied Energetics, Inc., where he leverages his invention to enhance light control technologies. His extensive experience in the field has contributed to the development of advanced optical systems.

Collaborations

Throughout his career, Greynolds has worked alongside talented professionals such as Mitchell C. Ruda and Tilman W. Stuhlinger. These collaborations reflect a spirit of teamwork and innovation that drives the success of complex projects in their respective fields.

Conclusion

Alan W. Greynolds exemplifies the innovative spirit of contemporary inventors with his work on the Angular Shear Plate. His contributions not only advance optical technology but also inspire future developments in the area. As he continues his work at Applied Energetics, Inc., the impact of his inventions is sure to resonate within the research and technological communities.