Company Filing History:
Years Active: 1998-2004
Title: Michael C Tackitt: Pioneer in Holographic Data Storage Innovations
Introduction
Michael C Tackitt is an accomplished inventor based in Califon, NJ, whose innovative contributions to holographic data storage have garnered him 13 patents. His work reflects a deep understanding of optical systems and their applications in modern technology, underscoring his role as a leader in the field.
Latest Patents
Among Michael's latest patents is a groundbreaking method and apparatus for holographic data storage. This invention incorporates a unique lens system, known as the "FT lens," strategically designed to manipulate light from an object beam. The apparatus ensures that light impinges on a recording medium at the Fourier transform plane, enhancing the efficiency of data retrieval.
Another notable invention is the process for holography involving skip-sorted hologram storage. This advancement addresses common issues such as cross-talk, image distortion, and physical changes to the medium during recording processes. By employing a skip-sorted spatial multiplexing technique, Michael’s innovation enables a more uniform background exposure, revolutionizing how holograms are stored and retrieved.
Career Highlights
Michael is currently employed at Lucent Technologies Inc., where he continues to push the boundaries of holographic technology. His expertise has made him a pivotal figure in the research and development of advanced optical solutions, demonstrating the practical applications of his patented innovations.
Collaborations
Throughout his career, Michael has collaborated with notable professionals, including Kevin R Curtis and Scott Patrick Campbell. These partnerships have allowed him to expand his research and contribute to projects that may further enhance the fields of optics and data storage.
Conclusion
Michael C Tackitt's work exemplifies the spirit of innovation necessary for technological advancement in the realm of holographic data storage. His inventions not only address current challenges but also lay the groundwork for future developments in optical media and information storage.