Biography
Henry Taube (November 30, 1915 – November 16, 2005) was a Canadian-born American chemist who won the 1983 Nobel Prize in Chemistry for his groundbreaking work on electron-transfer mechanisms in chemical reactions. Born in Neudorf, Saskatchewan, to German immigrant parents, Taube was the second Canadian-born chemist ever to win a Nobel Prize and is the only Nobel laureate from Saskatchewan. His research changed how scientists understand the movement of electrons between molecules, especially in metal complexes, making him one of the most impactful inorganic chemists of the 20th century.
Taube started his education at the University of Saskatchewan, where he earned both his undergraduate and master's degrees. He went on to pursue his PhD at the University of California, Berkeley, completing it in 1940. His academic career led him to several top institutions, including Cornell University, where he began his independent research, and the University of Chicago, where he spent nearly twenty years refining his theories on electron transfer. He wrapped up his career at Stanford University, where he continued his research until he retired.
Throughout his career, Taube concentrated on redox reactions, transition metal chemistry, and the use of isotopically labeled compounds to track chemical reactions. He designed meticulous experiments to uncover the specifics of how electrons are transferred between chemical species. This work pushed forward theoretical chemistry and helped understand biological processes and industrial catalysis. Taube published over 600 scientific papers and one book, marking his place as a prolific and influential researcher.
Besides the Nobel Prize, Taube received many other major awards, including the Priestley Medal in 1985, the National Medal of Science in 1976, and the Willard Gibbs Award in 1971. He mentored over 200 students throughout his academic career, many of whom went on to have successful careers in chemistry and related areas. Taube was married to Mary Alice Wesche, and they had three children, including son Karl, who became an anthropologist at the University of California Riverside. Taube passed away in Palo Alto, California, on November 16, 2005, leaving behind a scientific legacy that continues to impact modern chemistry.
Before Fame
Growing up on a farm in rural Saskatchewan in the early 20th century, Taube was the son of German immigrant farmers who valued education despite their modest means. His interest in science was encouraged at Luther College in Regina, and he went on to study at the University of Saskatchewan. The Great Depression posed economic difficulties during his formative years, but his academic success opened doors for him to pursue further studies.
Inorganic chemistry was undergoing significant changes during Taube's early career, as scientists were beginning to understand the quantum mechanical basis of chemical bonding. When Taube started graduate school at Berkeley in the late 1930s, the tools and theories needed to study electron transfer mechanisms were just starting to develop, putting him in a great position to make important contributions to this new area of research.
Key Achievements
- Awarded the 1983 Nobel Prize in Chemistry for his work on electron-transfer reaction mechanisms in metal complexes
- Developed innovative experimental techniques using isotopically labeled compounds to trace electron movement in chemical reactions
- Published over 600 scientific papers and mentored more than 200 graduate students and postdoctoral researchers
- Received the Priestley Medal in 1985, the highest honor of the American Chemical Society
- Established the theoretical framework for understanding inner-sphere and outer-sphere electron transfer mechanisms
Did You Know?
- 01.He was awarded two Guggenheim Fellowships early in his career, in 1949 and 1955, which allowed him to conduct research in Europe and develop international collaborations
- 02.Taube's Nobel Prize citation specifically mentioned his work with metal complexes, but his techniques were later applied to understanding photosynthesis and other biological electron transfer processes
- 03.Despite being born in Canada, he became a naturalized U.S. citizen and spent most of his professional career at American universities
- 04.His research group at Stanford was known for its rigorous experimental approach, often spending months to verify results that seemed too good to be true
- 05.He continued to publish scientific papers well into his 80s, maintaining an active research program decades after most scientists retire
Family & Personal Life
Awards & Honors
| Award | Year | Details |
|---|---|---|
| Nobel Prize in Chemistry | 1983 | for his work on the mechanisms of electron transfer reactions, especially in metal complexes |
| Willard Gibbs Award | 1971 | — |
| American Chemical Society Award in Inorganic Chemistry | 1981 | — |
| National Medal of Science | 1976 | — |
| NAS Award in Chemical Sciences | 1983 | — |
| Priestley Medal | 1985 | — |
| National Order of Scientific Merit | — | — |
| Centenary Prize | 1979 | — |
| Remsen Award | 1975 | — |
| Welch Award in Chemistry | 1983 | — |
| Fellow of the Royal Society of Canada | — | — |
| Foreign Member of the Royal Society | 1988 | — |
| Linus Pauling Award | 1980 | — |
| Guggenheim Fellowship | 1949 | — |
| Guggenheim Fellowship | 1955 | — |
| Oesper Award | 1986 | — |
| Glenn T. Seaborg Award for Nuclear Chemistry | 1955 | — |
| William H. Nichols Medal | 1971 | — |
| Golden Plate Award | 1965 | — |
| Fellow of the Australian Academy of Science | 1991 | — |