Location History:
- Edgewood, NM (US) (1980 - 1989)
- Jupiter, FL (US) (1988 - 1990)
- Las Cruces, NM (US) (1990 - 1991)
Company Filing History:
7 out of 4,992 
3 out of 10,654 
1 out of 16,080 Years Active: 1980-1991
Title: Joseph M. Geary: Innovator in Optical Engineering
Introduction
Joseph M. Geary is a notable inventor based in Edgewood, New Mexico, known for his significant contributions to optical engineering. With 12 patents to his name, Geary has advanced the field through innovative solutions that enhance the measurement and testing of optical surfaces.
Latest Patents
Among Geary's latest inventions is the "Fiber optic scatterometer for measuring optical surface roughness." This method and apparatus feature multiple light transmitting fibers that allow for simultaneous reception of different angular components of scattered light from a tested object. This technology is pivotal in accurately assessing the roughness of optical surfaces.
Another important invention is the "Arrangement for testing grazing hyperboloids and similar reflective surfaces." This setup employs a laser source and a positive cylindrical lens to evaluate the deviations between the actual shape and the ideal shape of complex reflective surfaces. The invention incorporates an interferometer to create an interference pattern, enabling precise measurements of aberrations.
Career Highlights
Throughout his career, Joseph M. Geary has collaborated with esteemed organizations, including the United States of America as represented by the Secretary of the Air and United Technologies Corporation. His work in these institutions has furthered advancements in optical technologies, making significant impacts on various projects.
Collaborations
Geary has worked alongside prominent professionals in the field, including Phillip R. Peterson and Charles G. Hull-Allen. These collaborations have fostered the development of innovative solutions in optical engineering.
Conclusion
Joseph M. Geary's inventive spirit and dedication to the field of optical engineering have led to significant advancements in optical measurement technologies. His contributions, evidenced by his 12 patents, highlight the vital role of innovation in enhancing the precision and efficiency of optical systems.