Kenichi Fukui
1918 – 1998 · aged 80
Japanese chemist (1918–1998)
- Born
- 4 Oct 1918 · Nara
- Died
- 9 Jan 1998 · Kyoto
Life timeline
Their life from birth to death. On the timeline, world events of the time are shown faintly.
- 4 Oct 1918BornBorn in Nara
- 1981AwardNobel Prize in Chemistry
- 1981AwardOrder of Culture
- 1981AwardPerson of Cultural Merit
- 1987AwardSchrödinger Medal
- 1989AwardForeign Member of the Royal Society
- 9 Jan 1998DiedDied in Kyoto
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Meanwhile in the world
Major world events during their lifetime (1918 – 1998).
- 1919 – 1920Paris Peace Conference
- 1920Treaty of Versailles
- 1933 – 1945The Holocaust
- 19341934 FIFA World Cup
- 19361936 Summer Olympics
- 1937 – 1945Second Sino-Japanese War
- 19381938 FIFA World Cup
- 1938Munich Agreement
- 1939 – 1940Winter War
- 1939 – 1945World War II
- 1940 – 1945Auschwitz concentration camp
- 1941Attack on Pearl Harbor
- 1941 – 1945Eastern Front
- 1941Operation Barbarossa
- 1942 – 1943Battle of Stalingrad
- 1945Atomic bombings of Hiroshima and Nagasaki
- 1945 – 1946Nuremberg trials
- 19501950 FIFA World Cup
- 1950 – 1953Korean War
- 1953 – 1959Cuban Revolution
- 19541954 FIFA World Cup
- 1955 – 1975Vietnam War
- 1956Hungarian Revolution of 1956
- 1956Suez Crisis
- 19581958 FIFA World Cup
- 1959Antarctic Treaty System
- 19621962 FIFA World Cup
- 1962Cuban Missile Crisis
- 19661966 FIFA World Cup
- 1966 – 1976Cultural Revolution
- 1968Prague Spring
- 1969Apollo 11 Moon landing
- 19721972 Summer Olympics
- 19741974 FIFA World Cup
- 19781978 FIFA World Cup
- 1978 – 1979Iranian Revolution
- 1979 – 1989Soviet–Afghan War
- 1980 – 1988Iran–Iraq War
- 19841984 Summer Olympics
- 1985Schengen Agreement
Biography
Kenichi Fukui (福井 謙一, Fukui Ken'ichi; October 4, 1918 – January 9, 1998) was a Japanese chemist. He became the first person of East Asian ancestry to be awarded the Nobel Prize in Chemistry when he won the 1981 prize with Roald Hoffmann, for their independent investigations into the mechanisms of chemical reactions. Fukui's prize-winning work focused on the role of frontier orbitals in chemical reactions: specifically that molecules share loosely bonded electrons which occupy the frontier orbitals, that is, the Highest Occupied Molecular Orbital (HOMO) and the Lowest Unoccupied Molecular Orbital (LUMO).
Text from the Wikipedia article Kenichi Fukui, CC BY-SA 4.0
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