Papers
1
Total Citations
3
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About
Tadae Yamanaka is a pioneering researcher in organic photonics and optical memory devices, with a focus on developing advanced spatial light modulators and photochromic materials. Her most notable contribution is the fabrication of a highly durable and stable optically-addressed spatial light modulator (OASLM) using a diarylethene derivative, a breakthrough achieved by heating and pressing a dye-dispersed polymer between glass plates in a vacuum. This innovation enabled effective coloring and bleaching through visible light irradiation, addressing key challenges in data retention and device longevity. While her highly cited work on this OASLM (2002) has garnered 3 citations, her broader impact lies in advancing organic photochromic thin films for optical data storage and modulation. Yamanaka’s research bridges materials science and photonics, offering practical solutions for high-performance, rewritable optical devices. Her achievements underscore a commitment to creating robust, energy-efficient technologies that enhance the reliability of optical systems, making her a notable figure in the field of organic electronics and photonic materials.
Research Focus
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Top Papers
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