Company Filing History:
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Years Active: 1997-2014
Title: Junko Matsuda: Pioneering Innovator in Superconductors
Introduction
Junko Matsuda, an accomplished inventor based in Tokyo, Japan, has made significant contributions to the field of superconductivity. With a total of three patents to her name, her innovative work focuses on improving the performance of oxide superconductors, which play a critical role in various advanced technological applications.
Latest Patents
Matsuda's most recent patent, titled "Low alternating-current loss oxide superconductor and fabricating method thereof," introduces a groundbreaking method to enhance the insulation properties of oxide superconductors. This invention features a configuration where the oxide superconducting layer is separated into multiple filament conductors, improving the overall efficiency and reducing AC loss.
Another noteworthy patent is the "Process for producing thick-film tape-shaped RE-type (123) superconductor." This innovative production process aims to create a high critical current value superconductor by utilizing a composite substrate and specific heat treatment conditions, resulting in a tape-shaped RE-type (123) superconductor that boasts a YBCO superconducting film exceeding a thickness of 2 micrometers.
Career Highlights
Throughout her career, Junko Matsuda has worked with prominent organizations, including Fuji Xerox Office Supply Co., Ltd. and the Railway Technical Research Institute. Her experience in these esteemed institutions has laid the groundwork for her innovative contributions to the field of superconductors.
Collaborations
Matsuda's work has often involved collaboration with other professionals in the field. Notable coworkers include Teruo Izumi and Yuh Shiohara, who have contributed to the advancement of her research and patent applications. Such collaborations highlight the importance of teamwork in the realm of innovations and inventions.
Conclusion
Junko Matsuda's inventive spirit and dedication to her field have positioned her as a leading figure in the development of advanced superconducting materials. With her innovative patents, she continues to push the boundaries of technology, paving the way for the future of superconductivity. Her work not only contributes to scientific understanding but also enhances the potential applications of superconductors in various industries.