Company Filing History:
4 out of 15,488 
1 out of 832,891 Years Active: 2004-2014
Title: Innovations of Aleksandr Figotin
Introduction
Aleksandr Figotin is a notable inventor based in Irvine, CA, who has made significant contributions to the field of photonic devices. With a total of 5 patents to his name, Figotin's work focuses on advanced technologies that enhance the manipulation of electromagnetic radiation.
Latest Patents
Among his latest patents, Figotin has developed photonic devices that feature degenerate or split spectral band edges. These devices are designed to exhibit a photonic band gap structure, allowing for the conversion of incident electromagnetic radiation into a frozen mode with a significantly increased amplitude compared to the original wave. The devices can also function as resonance cavities with a giant transmission band edge resonance. In one exemplary embodiment, the photonic device consists of a periodic layered structure, where each unit cell includes at least two anisotropic layers with misaligned anisotropy. The proper selection of the layers' thicknesses and the misalignment angle enables the achievement of the degenerate or split band edge at a specific frequency. Additionally, another embodiment presents a photonic device configured as a waveguide that is periodically modulated along its axis.
Career Highlights
Figotin has had a distinguished career, working at the University of California, where he has contributed to various research initiatives and projects. His expertise in photonics has positioned him as a leading figure in the development of innovative technologies.
Collaborations
Throughout his career, Figotin has collaborated with notable colleagues, including Ilya M Vitebskiy and Vadim Popovich. These partnerships have further enriched his research and development efforts in the field of photonics.
Conclusion
Aleksandr Figotin's innovative work in photonic devices showcases his commitment to advancing technology in this critical area. His contributions continue to influence the field and inspire future developments in photonics.