Kanagawa, Japan

Kenji Mizoue


Average Co-Inventor Count = 10.0

ph-index = 1

Forward Citations = 1(Granted Patents)


Company Filing History:


Years Active: 2000-2002

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2 patents (USPTO):Explore Patents

Title: Kenji Mizoue: Innovator in Optical Recording Technology

Introduction

Kenji Mizoue, an inventive mind hailing from Kanagawa, Japan, has made significant contributions to the field of optical recording technologies. With two patents to his name, Mizoue is recognized for his innovative solutions that enhance data storage and retrieval methods.

Latest Patents

Among Mizoue's latest patents is a groundbreaking optical recording medium that incorporates a dipyrromethene metal chelate compound. This novel optical recording medium features at least one recording layer and a reflective layer situated on a substrate. The configuration includes a dipyrromethene metal chelate compound, characterized by specific chemical representations, which are pivotal in optimizing the recording and retrieval processes. The design allows for improved efficiency in data storage applications, marking a significant advancement in optical recording technologies.

Career Highlights

Throughout his career, Kenji Mizoue has worked with notable companies, including Mitsui Chemicals, Inc. and Yamamoto Chemicals, Inc. His roles at these organizations have provided him with valuable experience and exposure to cutting-edge research and development processes in the chemical and optical fields.

Collaborations

Mizoue has collaborated with various distinguished professionals in his field, including Tsutami Misawa and Taizo Nishimoto. These collaborations have likely contributed to the evolution of his inventions and have further enriched his knowledge and expertise in optical technology.

Conclusion

Kenji Mizoue continues to be a significant figure in the realm of optical recording innovations. His patents reflect a commitment to enhancing technology for more efficient data storage solutions. With ongoing developments, Mizoue's contributions are poised to impact the future of optical recording mediums significantly.

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