Jane Noble Sprigg

Title: **Innovative Contributions of Jane Noble Sprigg**

Introduction

Jane Noble Sprigg, an accomplished inventor based in Catonsville, Maryland, has made significant contributions to the fields of imaging and optics. Holding two patents, her innovative work reflects a deep understanding of complex imaging systems and their applications.

Latest Patents

Jane's latest inventions focus on advanced imaging techniques. One of her patents addresses a system for projecting an image of an object on an image plane. This system incorporates a beam splitter that generates two image beams from an input image beam. It utilizes a Fourier transform lens to convert the second image beam into a Fourier image beam and includes a bucket detector that monitors photon detection to enhance image quality.

Her second patent, titled "Non-classical imaging," involves an array of detectors configured as antisymmetric pairs. This invention drastically improves the imaging process by using correlations of intensity value fluctuations to determine the Fourier transform of the image. The system is designed to generate a clear image from the inverse Fourier transform while optimizing orientation to separate the image from its mirror counterpart.

Career Highlights

Throughout her career, Jane Noble Sprigg has collaborated with prominent organizations such as Northrop Grumman Systems Corporation and Tarsier Optics, Inc. Her work at these companies has further solidified her reputation as a pioneering inventor in the fields of optics and imaging technology.

Collaborations

Jane has had the opportunity to work alongside esteemed colleagues, including Michael Manuel Fitelson and Yanhua Shih. These professional collaborations have enriched her innovative processes and contributed to her successful patent portfolio.

Conclusion

Jane Noble Sprigg's contributions to imaging technology through her patented inventions have positioned her as a notable figure in the field. Her expertise, combined with strategic collaborations, continues to pave the way for future innovations in optics and imaging systems.