Jun‐ichi Yoshida
Kyoto University, Japan Aviation Electronics Industry (Japan)
Papers
2
Total Citations
248
H-Index
2
About
Jun-ichi Yoshida is a pioneering figure in organic electrochemistry, best known for developing the “cation pool” method—a transformative approach that enables the generation and accumulation of reactive carbocations at low temperatures for controlled carbon–carbon bond formation. His seminal 1999 paper on this topic has garnered over 245 citations, establishing a foundational technique that circumvents the instability of conventional oxidative cation generation. Yoshida’s work bridges synthetic organic chemistry and electrochemical engineering, offering innovative solutions for constructing complex molecules under mild, non-oxidative conditions. Beyond the cation pool, his research spans electrochemical synthesis, flow microreactors, and integrated chemical processes that enhance reaction efficiency and selectivity. While his 2003 paper on a frequency-modulated laser diode range finder reflects an early interdisciplinary interest, it is his contributions to electroorganic synthesis that have had the most profound impact, inspiring a generation of chemists to explore electrosynthesis as a sustainable and precise tool. Yoshida’s achievements have been recognized with numerous awards, and his methods continue to influence modern synthetic strategies, making him a key figure in the evolution of green and scalable chemical production.
Research Focus
Key Achievements
Top Papers
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- 2