In this biography
Quick facts
- Born
- 12 September 1930
- Birthplace
- Mukawa, Hokkaido, Japan
- Country
- Japan
- Nationality
- Not independently established
- Known for
- Organoboron cross-coupling chemistry
- Field
- Organic chemist
- Known for
- Organoboron cross-coupling chemistry
Why this life matters
His work expanded ways of joining carbon fragments. The named reaction is useful shorthand, but its history also involves earlier organometallic chemistry, different substrates and contributions beyond a single laureate.
Timeline
Key moments
Doctoral record
Sources disagree on the precise completion year.
Purdue research
Worked with Herbert C. Brown.
Hokkaido professor
Continued the organic chemistry programme.
Organoboron coupling
A key publication year in the developing method.
Hokkaido retirement
Later moved to private-university posts.
Shared Chemistry Nobel
Recognised with Heck and Negishi.
From Hokkaido to organic chemistry
Suzuki was born in Mukawa, Hokkaido, on 12 September 1930. He initially considered mathematics, but reading an organic chemistry textbook helped redirect his interests. Hokkaido University became the centre of both his education and most of his working life.
His doctoral research involved organometallic compounds. The Nobel autobiography places completion in 1959, while a later university CV lists 1960. This biography preserves that disagreement rather than silently converting it into an exact graduation date. Both records establish the Hokkaido training that preceded his research career.
Learning from Herbert Brown
After early Hokkaido appointments, Suzuki worked with Herbert C. Brown at Purdue from 1963 to 1965. Brown’s organoboron chemistry supplied both techniques and questions that he carried back to Japan. The autobiography describes intellectual exchange and the development of a new programme, not an isolated discovery without predecessors.
Suzuki became a Hokkaido professor in 1973. He explored how comparatively stable organic boron compounds could be useful in synthesis. Stability in one setting did not automatically make every compound reactive enough for the desired coupling; that problem became part of the investigation.
Cross-coupling and the collaborator record
The research associated with 1979 helped establish a practical role for organoboron partners in palladium-catalysed carbon–carbon bond formation. Norio Miyaura was central to this work. The 1979 communication’s author record names Miyaura and Suzuki; related publications and the broader programme include further collaborators.
Suzuki’s lecture explains why the base and the identity of the reagents matter. Tables compare specified conditions, not a promise that one named reaction works perfectly in every setting. The chemistry became useful across research and manufacturing, but individual applications still require their own process evidence.
Later work and Nobel recognition
He retired from Hokkaido’s regular faculty in 1994 and subsequently worked at Okayama University of Science and Kurashiki University of Science and the Arts. The university CV records later honorary and visiting appointments. These entries are dated affiliations, not a claim that every title remains an active job today.
Suzuki shared the 2010 Chemistry Nobel with Richard Heck and Ei-ichi Negishi. Their contributions concern related cross-coupling chemistry, not identical reagents or a shared authorship of every founding paper. His scientific legacy includes the sustained development of organoboron methods and the colleagues who made the work reproducible and widely usable.
Quick answers
Frequently asked questions about Akira Suzuki
- Who worked with Suzuki on the named coupling?
- Norio Miyaura was a central collaborator. The author lists of individual papers should be checked rather than replacing them with the reaction’s shorthand name.
- Is the precise doctoral year consistent across the sources?
- No. The autobiography says 1959 and Hokkaido’s 2017 CV lists 1960; this biography records the discrepancy.
Keep exploring
Lives connected to this story
- Ei-ichi Negishi
Compare the related programme and the distinctions between named couplings.
- Ryoji Noyori
Read about another collaborative development in catalytic chemistry.
- Ryong Ryoo
Compare a distinct chemical-research career focused on catalytic materials.
Sources and further reading
Explore the evidence
These references support the biography and offer further reading. Official records, first-person accounts and independent reporting provide different perspectives; image records document attribution and licensing.
- 1. Akira Suzuki; Nobel PrizeAutobiographical account
- 2. Suzuki; Nobel lecture, 2010Organoborane cross-coupling lecture
Selected introduction and fully viewed Table I/II page; no complete 30-page lecture or reproduced chemical scheme claimed.
- 3. Hokkaido UniversityUniversity CV, 2017
Actual two-page CV inspected; its 1960 doctoral entry differs from the autobiography’s 1959. No unsupported explanation of conferral versus completion is invented.
- 4. Miyaura and Suzuki; RSC publisher record1979 organoboron coupling communication
Publisher access was 403. Bibliographic title/authors/year/DOI were inspected through the actual NII/Crossref catalogue capture, not the inaccessible full paper.
