Sunney Chan Explained

Sunney Ignatius Chan
Birth Date:5 October 1936
Birth Place:San Francisco, California, US
Other Names:陳長謙
Nationality:American
Fields:Biophysical chemistry
Alma Mater:University of California, Berkeley
Thesis Title:The nature of the ring puckering vibration and its effects on the far-infrared and microwave spectra of trimethylene oxide
Thesis Url:https://search.proquest.com/docview/302035075/
Thesis Year:1961
Doctoral Advisor:William Dulaney Gwinn
Academic Advisors:Norman Foster Ramsey Jr. (post doc advisor)
Known For:Use of NMR on biological systems; the interactions of Cytochrome c oxidase

Sunney Ignatius Chan (; born October 5, 1936) is an American-born biophysical chemist. His work primarily focused on the use of various magnetic resonance spectroscopic and other physical chemical techniques in the analysis of various biochemical and biological problems.

Early life and education

He was born on October 5, 1936, in San Francisco to immigrant parents originally from Southern China.[1] [2] Chan received secondary education in Hong Kong, returning to the United States to attend the University of San Francisco.[1] [3] Shortly afterwards, he transferred to the University of California, Berkeley, where he earned a bachelor's and doctoral degree in chemistry.[1] [3] He completed his doctoral work under the supervision of physical chemist William Dulaney Gwinn and was awarded his PhD in 1961.[4]

Career

After receiving his doctorate, Chan completed a one-year post-doctoral fellowship in the laboratory of the Nobel laurate physicist Norman Ramsey at Harvard University and later returned to California to join the chemistry faculty at University of California, Riverside.[1] He began teaching at the California Institute of Technology in 1963. Five years later, he was awarded a Guggenheim fellowship.[5] Chan received several honors throughout his career at Caltech, among them fellowship into the American Physical Society (1987) and American Association for the Advancement of Science (1992), as well as membership of Academia Sinica (1988).[6] He was appointed Caltech's first George Grant Hoag Professor of Biophysical Chemistry in 1992.[7] Chan retired from Caltech in 1997, for a position as distinguished research fellow at Academia Sinica.[8] Subsequently, Chan was named vice president of Academia Sinica under Yuan T. Lee.[8] Caltech granted emeritus status to Chan in 2002.[9] Upon Chan's retirement as vice president of Academia Sinica in July 2003,[10] Lee inaugurated the Sunney Chan Lecture in Chan's honor.[11] He remained affiliated with Academia Sinica as a research and visiting fellow until 2015.[8] In his later career, Chan has held distinguished chair and research professorships at National Taiwan University and National Chung Hsing University.[8]

Notes and References

  1. News: 2000 CAFA Awards . 13 December 2018 . University of Southern California . 2000.
  2. News: Sunney Chen Symposium: 2016 . 13 December 2018 . Academia Sinica . 2016.
  3. A Physical Chemist's Expedition to Explore the World of Membrane Proteins . Annual Review of Biophysics . 38 . 2009 . 38 . 1–27 . 10.1146/annurev.biophys.050708.133713 . 19416059 . Chan . Sunney I. .
  4. The nature of the ring puckering vibration and its effects on the far-infrared and microwave spectra of trimethylene oxide . 1961 . . Ph.D. . Chan . Sunney Cheong-him Ignatius . . subscription . 906003884.
  5. News: Sunney I. Chan . 13 December 2018 . John Simon Guggenheim Foundation.
  6. News: Chan, Sunney I. . 13 December 2018 . National Taiwan University.
  7. News: Hoag Foundation Gives $1.5 Million to Caltech . 14 December 2018 . Los Angeles Times . 21 May 1992.
  8. News: Sunney I. Chan (陳長謙) . 13 December 2018 . Institute of Chemistry, Academia Sinica.
  9. News: Sunney I. Chan . 13 December 2018 . California Institute of Technology.
  10. News: Chen . Melody . 'Father of the coronavirus' leads fight against SARS . 13 December 2018 . Taipei Times . 19 May 2003.
  11. News: About Sunney Chan Lecture . 13 December 2018 . Institute of Chemistry, Academia Sinica.