|Who is it?||Nobel Prize Winner Chemist|
|Birth Day||September 07, 1917|
|Birth Place||Sydney, Australia, British|
|Age||103 YEARS OLD|
|Died On||8 December 2013(2013-12-08) (aged 96)\nSussex, England, United Kingdom|
|Residence||Brighton, United Kingdom|
|Alma mater||University of Sydney (B.Sc.) St Catherine's College, Oxford (D.Phil.)|
|Known for||Stereochemistry of enzyme-catalysed reactions|
|Awards||Corday–Morgan Medal (1953) FRS (1953) Davy Medal (1968) Nobel Prize in Chemistry (1975) Royal Medal (1976) Copley Medal (1982)|
|Institutions||University of Oxford University of Warwick University of Sussex|
|Thesis||Synthesis of analogues of steroid hormones (1941)|
|Doctoral advisor||Robert Robinson|
Throughout my scientific career my wife has been my most constant collaborator. Her experimental skill made major contributions to the work; she has eased for me beyond measure the difficulties of communication that accompany deafness; her encouragement and fortitude have been my strongest support.
Born in Sydney, Cornforth was the son and the second of four children of English-born, Oxford-educated schoolmaster and Teacher John Warcup Cornforth and Hilda Eipper (1887–1969), a granddaughter of pioneering missionary and Presbyterian minister Christopher Eipper. Before her marriage, Eipper had been a maternity nurse.
Cornforth was educated at Sydney Boys' High School, where he excelled academically, passed tests in English, mathematics, science, French, Greek, and Latin, and was inspired by his chemistry Teacher, Leonard ("Len") Basser, to change his career directions from law to chemistry. Cornforth graduated as the dux of the class of 1933 at Sydney Boys' High School, at the age of 16.
In 1934, Cornforth matriculated and studied at the University of Sydney, where he studied organic chemistry at the University of Sydney's School of Chemistry and from which he graduated with a Bachelor of Science with First-Class Honours and the University Medal in 1937. During his studies, his hearing became progressively worse, thus making listening to lectures difficult. At the time, he could not use hearing aids as the sound became distorted, and he did not significantly use lip reading.
While studying at the University of Sydney, Cornforth met his Future wife, fellow Chemist and scientific collaborator, Rita Harradence. Harradence was a graduate of St George Girls High School and a distinguished academic achiever who had topped the state in Chemistry in the New South Wales Leaving Certificate Examination. Harradence graduated with a Bachelor of Science with First-Class Honours and the University Medal in Organic Chemistry in 1936, a year ahead of Cornforth. Harradence also graduated with a MSc in 1937, writing a master's thesis titled "Attempts to synthesise the pyridine analogue of vitamin B1".
In 1939, Cornforth and Harradence, independently of each other, each won one of two Science Research Scholarships (the 1851 Research Fellowship) from the Royal Commission for the Exhibition of 1851, tenable overseas for two years. At the University of Oxford, they were members of St. Catherine's College and worked with Sir Robert Robinson, with whom they would collaborate for 14 years. During his time at Oxford, Cornforth found working for and with Robinson stimulating, and the two would often deliberate to no end until one had a cogent case against the other's counterargument. In 1941, Cornforth and Harradence both graduated with a D.Phil. in Organic Chemistry. At the time, there were no institutions or facilities at which a PhD in chemistry could be done in Australia.
After his arrival at Oxford and during World War II, Cornforth significantly influenced the work on penicillin, particularly in purifying and concentrating it. Penicillin is usually very unstable in its crude form; as a consequence of this, researchers at the time were building upon Howard Florey's work on the drug. In 1940, Cornforth and other chemists measured the yield of penicillin in arbitrary units to understand the conditions that favoured penicillin production and activity, and he contributed to the writing of The Chemistry of Penicillin.
In 1946, the Cornforths, who had by now married, left Oxford and joined the Medical Research Council (MRC), working at the National Institute for Medical Research (NIMR), where they continued on earlier work in synthesising sterols, including cholesterol. The Cornforths' collaboration with Robinson continued and flourished. In 1951, they completed, simultaneously with Robert Burns Woodward, the first total synthesis of the non-aromatic steroids. At the NIMR, Cornforth collaborated with numerous biological Scientists, including George Popják, with whom he shared an interest in cholesterol. Together, they received the Davy Medal in 1968 in recognition of their distinguished joint work on the elucidation of the biosynthetic pathway to polyisoprenoids and steroids.
While working at the MRC, Cornforth was appointed a Professor at the University of Warwick and was employed there from 1965 to 1971.
In 1941, the year in which they graduated from the University of Oxford, Cornforth married Rita Harriet Harradence (b. 1915), with whom he would have one son, John, and two daughters, Brenda and Philippa. Cornforth had met Harradence after she had broken a Claisen flask in their second year at the University of Sydney; Cornforth, with his expertise of glassblowing and the use of a blowpipe, mended the break. Rita Cornforth died on 6 November 2012, at home with her family around her, following a long illness.
Cornforth died in Sussex on 8 December 2013. at the age of 96. Cornforth is survived by his three children and four grandchildren. He was a sceptic and an atheist.