Company Filing History:
3 out of 3,345 
3 out of 2,714 
1 out of 745 Years Active: 1982-1991
Title: The Innovative Mind of Lars C. Luther
Introduction
Lars C. Luther, an accomplished inventor based in Basking Ridge, NJ, has made significant contributions to the field of magnetic materials. With a remarkable portfolio of seven patents, his work focuses on advancing technologies that leverage magnetic anisotropy.
Latest Patents
Among Luther's latest patents are two noteworthy innovations in the realm of bismuth-iron garnets. The first patent pertains to "Bismuth-iron garnets with large growth-induced magnetic anisotropy," where he developed materials that achieve a high level of magnetic anisotropy by incorporating europium, samarium, or terbium. These materials, often utilized in magnetic bubble devices, exhibit significant Faraday rotation, making them suitable for use in magnetic-optical devices.
The second patent, titled "Liquid phase epitaxial growth of bismuth-containing garnet films," describes the method of growing epitaxial layers of bismuth-containing magnetic garnet materials from a specific melt comprising lead oxide, bismuth oxide, and other selected oxides. This innovative process increases magnetic anisotropy per degree of supercooling, enhancing device properties and facilitating the deposition of epitaxial layers.
Career Highlights
Lars C. Luther has had a distinguished career, with significant roles at Bell Telephone Laboratories and AT&T Bell Laboratories. His experiences at these prestigious institutions provided him with a solid foundation for his innovative endeavors in magnetic materials.
Collaborations
Throughout his career, Luther has collaborated with notable colleagues, including Roy Conway Le Craw and Terence J. Nelson. These collaborations have contributed to his success and have fostered advancements in the field of magnetic materials.
Conclusion
Lars C. Luther exemplifies the spirit of innovation within the realm of magnetic materials. His patents reflect a deep understanding of the complexities of magnetic anisotropy and its practical applications in various technologies. Through his work and collaborations, Luther continues to push the boundaries of innovation, paving the way for future advancements in the field.