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Sir Walter Norman Haworth FRS [1] (19 March 1883 [2] – 19 March 1950) was a British chemist best known for his groundbreaking work on ascorbic acid while working at the University of Birmingham. He received the 1937 Nobel Prize in Chemistry "for his investigations on carbohydrates and vitamin C".
Maurice Stacey CBE FRS FRIC (8 April 1907 – 9 October 1994) was a British chemist who worked alongside Sir Norman Haworth to artificially synthesize Vitamin C. Maurice Stacey was born on 8 April 1907 in Moreton, Shropshire. Stacey was educated at Adams Grammar School, Newport and graduated from Birmingham University with the degrees of BSc ...
Nan Alison Hayworth (née Sutter; born December 14, 1959) is an American ophthalmologist and former congresswoman for New York's 19th congressional district.A Republican, she was elected in 2010.
Karrer was born in Moscow, Russia to Paul Karrer and Julie Lerch, both Swiss nationals. In 1892 Karrer's family returned to Switzerland where he was educated at Wildegg and at the Old Cantonal School Aarau where he matriculated in 1908.
Walter Norman Haworth — Chemistry — Nobel Prize in Chemistry 1937; Stefan W. Hell — Nobel Prize in Chemistry 2014 (affiliated with Heidelberg University but works at the Max-Planck Instiutute for Interdisciplinary Sciences at Göttingen formerly known as Max-Planck Institute for Biophysical Chemistry) Heinrich Heesch — Mathematics
Shared the 1937 Nobel Prize in Chemistry [bc] with Walter Norman Haworth. [196] Richard Kuhn: December 3, 1900 Vienna, Austria August 1, 1967 Heidelberg, Germany 1932, 1935, 1936, 1937, 1939: Won the 1938 Nobel Prize in Chemistry [bd] in 1939. [197] Otto Diels: January 23, 1876 Hamburg, Germany March 7, 1954 Kiel, Germany
Norman Leslie was the son of Martin Leslie Leslie (born Martin Leslie Haworth-Leslie) and Georgina Frances Studdy, daughter of Henry Studdy, of Waddeton Court, Devon. Norman's paternal grandparents were Captain Martin Edward Haworth later Haworth-Leslie (d. 1886) and Mary Elizabeth Leslie, 18th Countess of Rothes.
Organic chemistry and especially biochemistry are the areas of chemistry that use the Haworth projection the most. The Haworth projection was named after the British chemist Sir Norman Haworth. [2] A Haworth projection has the following characteristics: [3] Carbon is the implicit type of atom. In the example on the right, the atoms numbered ...