Company Filing History:
Years Active: 2015
Title: Jay Michael Ingalls: Innovator in Fiber-Laser Technology
Introduction
Jay Michael Ingalls is a prominent inventor based in Folsom, CA (US). He has made significant contributions to the field of laser technology, particularly in the development of high-power continuous wave (CW) fiber-lasers. With a total of 2 patents to his name, Ingalls continues to push the boundaries of innovation in this specialized area.
Latest Patents
Ingalls' latest patents include advancements in high-power CW fiber-lasers. One of his notable inventions describes a CW fiber-laser that features a gain fiber with a reflector proximity-coupled to one end, while the other end remains uncoated. This design allows for a laser resonator to be defined by the reflector and the uncoated end of the gain fiber. The system utilizes pump-radiation from two fast-axis diode-laser bar stacks, which are combined and focused into the uncoated end of the gain fiber to energize it. The resulting laser radiation is then delivered from the uncoated end and separated from the pump-radiation by a dichroic mirror. Another patent details a similar CW ytterbium-doped fiber-laser, which also incorporates a gain fiber and a reflector, enhancing the efficiency and performance of laser systems.
Career Highlights
Jay Michael Ingalls is currently employed at Coherent, Inc., a leading company in laser technology. His work at Coherent has allowed him to collaborate with other talented professionals in the field, further advancing the development of innovative laser solutions.
Collaborations
Ingalls has worked alongside notable colleagues such as John D. Minelly and Sergei V. Govorkov. Their combined expertise has contributed to the successful development of cutting-edge laser technologies.
Conclusion
Jay Michael Ingalls is a key figure in the advancement of fiber-laser technology, with a focus on high-power CW systems. His patents reflect a commitment to innovation and excellence in the field. Ingalls' contributions continue to shape the future of laser applications.