Nagoya, Japan

Tsukasa Hirayama


Average Co-Inventor Count = 11.0

ph-index = 1


Company Filing History:


Years Active: 2015

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1 patent (USPTO):

Title: Tsukasa Hirayama: Innovating Superconductive Technology in Nagoya

Introduction: Tsukasa Hirayama is a prominent inventor based in Nagoya, Japan, known for his significant advancements in superconductive technology. With a unique approach to implementing superconductive films and wires, Hirayama has contributed to the field with innovation that paves the way for future developments.

Latest Patents: Hirayama holds one notable patent titled "Substrate for fabricating superconductive film, superconductive wires and manufacturing method thereof." This patent describes a sophisticated substrate essential for the formation of superconductive films, incorporating a metal substrate with an oxide layer composed primarily of chromium oxide. The oxide layer ranges in thickness from 10 to 300 nanometers, ensuring a maximum arithmetic average roughness (Ra) of 50 nanometers. This innovation marks a significant step forward in superconductive technology by enhancing the manufacturing methods involved.

Career Highlights: Tsukasa Hirayama has made notable contributions during his career at leading institutions. He has worked with the International Superconductivity Technology Center, where his research focused on advanced superconductive materials. Additionally, he contributed to The Furukawa Electric Co., Ltd., helping propel the company's initiatives in the field of superconductivity.

Collaborations: Throughout his career, Hirayama has collaborated with distinguished professionals, including Seiki Miyata and Hiroyuki Fukushima. These partnerships have allowed for the exchange of ideas and expertise, which is crucial in driving innovation in superconductive technologies.

Conclusion: Tsukasa Hirayama's dedication to the field of superconductivity has led to significant advancements through his patented innovations. His work not only enhances the current understanding of superconductive materials but also sets a foundation for future research and applications. The impact of his contributions is expected to resonate throughout the scientific community and industry applications in the years to come.

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