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Years Active: 2011-2012
Title: Innovator Biography: Yasunobu Okada
Introduction
Yasunobu Okada is a notable inventor based in Gifu, Japan, recognized for his contributions in the field of nanotechnology. With a total of three patents to his name, Okada has made significant strides in developing innovative methods for nanowire alignment and deposition, which have implications for various electronic devices.
Latest Patents
Okada's recent patents reflect his expertise and innovative spirit. One of his patents, titled “Methods for Nanowire Alignment and Deposition,” outlines techniques to align and associate nanowires with electrodes using an energizing method, such as an alternating current electric field. This invention also facilitates the transfer of nanowires between substrates, enhancing the precision of device preparation. Another notable patent focuses on “Method for Aligning Microscopic Structures and Substrate Having Microscopic Structures Aligned.” This invention aims to align microscopic structures, such as nanostructures, with high precision by employing a substrate formation process that utilizes three independently controlled electrodes.
Career Highlights
Throughout his career, Yasunobu Okada has worked with leading companies in the industry, including Nanosys, Inc. and Sharp Corporation. His work has been pivotal in the advancement of nanotechnology applications, particularly in the realms of integrated circuits and display elements.
Collaborations
Okada is known for his collaborative efforts with talented individuals in the field, including Akihide Shibata and Samuel Edward Martin. Together, they have pushed the boundaries of nanotechnology and enhanced the understanding and application of microscopic structures in various devices.
Conclusion
Yasunobu Okada's innovative contributions to the field of nanotechnology, through his patents and collaborations, demonstrate his commitment to advancing the understanding and application of microscopic structures. As technology continues to evolve, his work will undoubtedly influence future developments in various electronic devices.