Company Filing History:
Years Active: 1994
Title: Poonam Bhardwag: Innovating Hollow Waveguide Technology in Kingstown, RI
Introduction
Poonam Bhardwag is an accomplished inventor based in Kingstown, Rhode Island, known for her innovative contributions to the field of electromagnetic radiation transmission. With a focus on developing efficient methods and apparatuses, her inventive work is paving the way for advancements in optical technologies.
Latest Patents
Poonam holds a patent titled "Monolithic hollow waveguide and method and apparatus for making the same." This patent reveals a groundbreaking method for creating a low-cost and highly efficient hollow waveguide designed for transmitting electromagnetic radiation. The waveguide is constructed from a solid substrate monolithic hollow tube featuring a reflectivity-enhancing dielectric film formed directly over its inner surface. The invention also encompasses a method for polishing and cleaning the inner surface of the hollow tube to improve transmission characteristics, especially at infrared and visible wavelengths.
Career Highlights
Poonam's work not only focuses on innovative manufacturing techniques but also addresses key challenges encountered in traditional hollow metallic waveguides. Her insights into improving surface finishes on inner walls significantly enhance the waveguide's performance. As an inventor, she is dedicated to advancing technology and has established herself as a prominent figure in her field.
Collaborations
Throughout her career, Poonam has worked alongside notable colleagues, including Clifford E. Morrow and Otto J. Gregory. Their collaborative efforts contribute to her ongoing research and development initiatives at Surgilase, Inc., where they collectively aim to push the boundaries of optical technology.
Conclusion
Poonam Bhardwag exemplifies the qualities of a dedicated inventor, utilizing her knowledge and expertise to develop innovative solutions in waveguide technology. Her patented work not only focuses on improving efficiency but also significantly enhances the capabilities of electromagnetic radiation transmission. As she continues to collaborate and innovate, the future of her field looks promising.