Fukuoka, Japan

Gimpei Machida


Average Co-Inventor Count = 16.0

ph-index = 1


Company Filing History:


Years Active: 2021

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1 patent (USPTO):Explore Patents

Title: **Gimpei Machida: A Pioneer in Complex Optical Elements**

Introduction

Gimpei Machida, based in Fukuoka, Japan, is an innovative inventor known for his contributions to the field of optical elements. With a unique perspective on complex design, he has developed technologies that have the potential to advance various optical applications.

Latest Patents

Machida holds a patent for a "Complex and Optical Element." This invention involves a liquid crystal component and a support structure. The design includes a lubricating interface derivation region formed between the liquid crystal component and the support. Additionally, an optical element is created with a pair of substrates, equipped with electrodes on at least one substrate. The space between these substrates is filled with a liquid crystal component, which also features a lubricating interface derivation region. Importantly, it is preferable for a lubricating interface deriving agent to be present in the lubricating interface derivation region, enhancing the performance and functionality of the optical element.

Career Highlights

Gimpei Machida's academic journey involved significant roles at prestigious institutions. He has contributed to research at both Kyoto University and Kyushu University, National University Corporation, where he focused on innovative technologies related to liquid crystals and optical components. His involvement in such respected universities highlights his dedication to advancing science and technology.

Collaborations

Throughout his career, Machida collaborated with notable colleagues in the field, including Jun Yamamoto and Masumi Yamashita. Their combined expertise has facilitated groundbreaking research, fostering a collaborative environment that promotes innovation in optical technologies.

Conclusion

Gimpei Machida's work exemplifies the innovative spirit in the realm of optical elements. His patented invention and contributions to esteemed academic institutions have paved the way for future advancements. As he continues to explore the potential of complex optical components, the impact of his work is likely to resonate within both academic and industrial circles.

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