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Industrial electrochemistry and battery development · Born 1948

Akira Yoshino

Yoshino joined Asahi Kasei in 1972 after studying at Kyoto University. His development program explored rechargeable cells using lithium cobalt oxide and carbon-based negative electrodes. In 1985 a petroleum-coke host helped establish a commercially viable lithium-ion architecture. The work involved materials selection, prototypes, patents, and practical evaluation, as well as the electrochemical principle of storing lithium ions in host materials.

Contribution & context

He helped integrate earlier discoveries into a cell that avoided a lithium-metal negative electrode. That development preceded mass commercialization and was recognized in the shared 2019 Nobel Prize in Chemistry.

Akira Yoshino: FactsSummary of Achievements by Akira Yoshino

Discoveries in context

A rechargeable battery built from several breakthroughs ↗

Lithium supplied mobile ions, but electrode hosts and practical cell engineering made repeated charging useful.

Sources & further reading

  1. Akira Yoshino: Facts ↗Nobel Prize OutreachHistorical account · Source checked
  2. Summary of Achievements by Akira Yoshino ↗Asahi Kasei CorporationHistorical account · Source checked

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