Company Filing History:
Years Active: 2017-2021
Title: Ryan Wallace Kingsbury: Innovator in Optical Communication for CubeSats
Introduction
Ryan Wallace Kingsbury, based in Cambridge, MA, is a notable inventor with a focus on advancing communication technologies for small satellites. With a total of three patents, Kingsbury has made significant contributions to the field, particularly in addressing common issues faced by CubeSat developers.
Latest Patents
One of Kingsbury's latest inventions is a patented module designed for free-space optical communication specifically for small satellites. This innovative CubeSat module tackles communication bottlenecks, especially in the downlink direction. The module includes an optical transmitter that enables data transmission to a remote terminal and a receiver capable of acquiring an optical beacon from that terminal. Furthermore, it features a fine-pointing module, designed to be directly coupled with a coarse-pointing module of the CubeSat. This fine-pointing module is engineered to aim the optical transmitter accurately toward the remote terminal, thus establishing a solid communication link over low-earth-orbit (LEO) distances.
Career Highlights
Kingbury's professional affiliation with the Massachusetts Institute of Technology (MIT) signifies his engagement in cutting-edge research and development within the fields of communication technology and satellite systems. His work not only highlights his innovative capabilities but also emphasizes his commitment to enhancing satellite communication.
Collaborations
Throughout his career, Kingsbury has worked alongside talented colleagues such as Kathleen Michelle Riesing and Kerri Cahoy. Their collaborative efforts at MIT contribute to the development of new technologies that aim to revolutionize how data is transmitted in space.
Conclusion
Ryan Wallace Kingsbury exemplifies the spirit of innovation in the realm of optical communication technologies for small satellites. His patents and continued research efforts will likely have a lasting impact on the future of satellite communication, leading to more efficient and reliable systems for CubeSat missions.