This inventor holds 3 USPTO granted patents. Top assignee: Chiba University. Active years: 2016.
Company Filing History:
Years Active: 2016
Title: Kazuhide Kusakabe: Innovator in Photoelectric Conversion Technology
Introduction
Kazuhide Kusakabe is a prominent inventor based in Chiba, Japan. He has made significant contributions to the field of photoelectric conversion devices, holding a total of 3 patents. His work focuses on enhancing the efficiency and reliability of semiconductor devices.
Latest Patents
Kusakabe's latest patents include a groundbreaking photoelectric conversion device. This device is a semiconductor that features a first conductive layer with a first conductivity type, a second conductive layer with a second conductivity type, and a photosensitizing layer positioned between the two conductive layers. The innovation allows charge carriers generated by photoelectric conversion in the photosensitizing layer to move freely to at least one of the conductive layers. Another notable patent is for a photoelectric conversion device that inhibits characteristic degradation caused by crystal defects. This patent also includes an inspection method for identifying crystal defects in photoelectric conversion devices, featuring an active layer and a deactivator contained within it.
Career Highlights
Kazuhide Kusakabe is affiliated with Chiba University, where he continues to advance research in semiconductor technology. His work has garnered attention for its potential applications in various industries, particularly in renewable energy and electronics.
Collaborations
Kusakabe has collaborated with notable colleagues, including Akihiko Yoshikawa and Yoshihiro Ishitani. Their combined expertise has contributed to the development of innovative solutions in the field of photoelectric conversion.
Conclusion
Kazuhide Kusakabe's contributions to photoelectric conversion technology highlight his role as a leading inventor in this field. His patents reflect a commitment to improving semiconductor devices, which could have far-reaching implications for technology and energy efficiency.