List of University of Manchester people

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Many famous or notable people have worked or studied at the Victoria University of Manchester and the University of Manchester Institute of Science and Technology, institutions which combined in 2004 to form the University of Manchester. The following list includes the names of all 25 Nobel prize laureates among them (in bold print).

Contents

[edit] Fine and applied arts

[edit] Architecture

Norman Foster, Baron Foster of Thames Bank is one of the most famous architects

[edit] Literature

George Gissing
Francis Thompson

[edit] Music

[edit] Theatre, cinema and broadcasting

[edit] Others

[edit] Natural and applied sciences

[edit] Biology and chemistry

  • Sir James Baddiley FRS FRSE Biochemist
  • Peter Philips (P. P.) Bedson, assistant lecturer and demonstrator at Owens College - later 1st Professor of Chemistry at Armstrong College, Newcastle (now Newcastle University). The School of Chemistry's building at Newcastle is named after him.[citation needed]
  • Melvin Calvin (awarded Nobel prize in 1961), for his research on the carbon dioxide assimilation in plants.
John Dalton, founder of modern chemistry and atomic theory
  • John Dalton, the founder of modern chemistry and atomic theory; one of the founders of UMIST.
  • Sir Edward Frankland, analytical chemist; pioneer in organometallic chemistry
  • Arthur Harden (awarded Nobel prize in 1929), for investigations on the fermentation of sugar and fermentative enzymes.
  • Walter Haworth (awarded Nobel prize in 1937), for his investigations on carbohydrates and vitamin C.
  • Frederic Jevons, Professor of Liberal Studies in Science, awarded inaugural UNESCO Prize for Science and Technology Policy, 1992
  • William Henry Perkin, Jr., planned the new chemical laboratory building at Owens College in 1895.
  • John Charles Polanyi (awarded Nobel prize in 1986), for his contributions concerning the dynamics of chemical elementary processes.
  • Robert Robinson (awarded Nobel prize in 1947), for his investigations on plant products of biological importance, especially the alkaloids.
  • Sir Henry Roscoe, chemist who considered the foundations of comparative photochemistry, later Member of Parliament and vice-chancellor of the University of London.
  • Carl Schorlemmer, organic chemist and Socialist
  • Michael Smith (awarded Nobel prize in 1993), for his fundamental contributions to the establishment of oligonucleotide-based, site-directed mutagenesis and its development for protein studies.
  • Edwin Southern inventor of the Southern blot which is a method routinely used in molecular biology for detection of a specific DNA sequence in DNA samples. (BSc Hons., 1958)
  • Marie Stopes, botanist and birth control campaigner
  • Sir Thomas Thorpe, investigated the relationship between substances molecular weights and their specific gravities, and his work on phosphorus compounds led to a better understanding of phosphorus trioxide.
  • Alexander Todd (awarded Nobel prize in 1957), for his work on nucleotides and nucleotide co-enzymes.
  • Chaim Weizmann, discovered how to use bacterial fermentation to produce large quantities of desired substances and is considered to be the father of industrial fermentation.
  • William Crawford Williamson, natural historian and paleobotanist
  • Derek Yalden, zoologist, president of The Mammal Society[3][4][5]

[edit] Computer science

Statue of Turing by Stephen Kettle at Bletchley Park, commissioned by the American philanthropist Sidney E. Frank[6]

[edit] Engineering

Osborne Reynolds
  • Roy Chadwick designer of the Lancaster bomber
  • George E. Davis founded the discipline of Chemical Engineering with an influential series of lectures at UMIST in 1888, and a textbook on the subject.
  • William Fairbairn a Scottish engineer associated with water wheels and the Britannia tubular bridge but above all with a scientific approach to engineering. He was elected first Secretary of the Mechanics' Institute (precursor to UMIST).
  • Eric Laithwaite, principally known for his development of the linear induction motor and Maglev rail system.
  • Osborne Reynolds is famous for his work in fluid mechanics. In 1886 he formulated a theory of lubrication (thus the Reynolds equation is named after him) and three years later he developed the standard mathematical framework used in the study of turbulence (Reynolds stress and Reynolds averaging are two of the many terms bearing his name). The Reynolds number used in modelling fluid flow is named after him. His students include J. J. Thomson, who discovered the electron.

[edit] Mathematics

Paul Erdős
Sir Horace Lamb

[edit] Physics

See also School of Physics and Astronomy, University of Manchester

Sir Bernard Lovell, radio-astronomer
Andre Geim, awarded 2010 Nobel Prize in physics for pioneering work on graphene
  • Hans Bethe (awarded Nobel prize in 1967), for his contributions to the theory of nuclear reactions, especially his discoveries concerning the energy production in stars. Research staff and Temporary Lecturer 1932.
  • Patrick M. Blackett (awarded Nobel prize in 1948), for developing cloud chamber and confirming/discovering positron. Director and Langworthy Professor of Physics (1937–1953).
  • Niels Bohr (awarded Nobel prize in 1922). Research Staff and Schuster Reader 1911–1916. Worked on structure of atom and first theory of quantum mechanics.
  • William Lawrence Bragg (awarded Nobel prize in 1915, along with his father, William Henry Bragg), for X-ray crystallography (their work led to the first discoveries of DNA and protein structures). Director and Langworthy Professor of Physics (1919–1937).
  • Clifford Charles Butler. Co-discovered strange particles in 1947 with George Rochester. Went on to be head of physics department at Imperial College and then vice-chancellor at Loughborough University.
  • James Chadwick (awarded Nobel prize in 1935). Student (BSc & MSc) and Researcher 1908–1913 (under Rutherford). Discovered the neutron.
  • Sir John Douglas Cockcroft (awarded Nobel prize in 1951), for his pioneering work with Rutherford and Walton, on the transmutation of atomic nuclei by artificially accelerated atomic particles. Born in Todmorden, he studied mathematics under Horace Lamb in 1914–1915 and received BSc and MSc in Electrical Engineering. Later he became Chancellor of UMIST and Director of BAERE (Manhattan Project Hall of Fame).
  • Brian Cox, physicist working at CERN and popularizer of science. Most notable for his physics documentaries on the BBC and as a member of a few popular rock bands.
  • George de Hevesy (awarded Nobel prize in 1943), for his work on the use of isotopes as tracers in the study of chemical processes. Research Staff 1910–1913.
  • Sir Arthur Eddington. Graduated in 1902 and became a lecturer in 1905. Founder of modern Astronomy. He made important contributions to the general theory of relativity and led an expedition team to validate it.
  • Victor Emery, British specialist on superconductors and superfluidity. His model for the electronic structure of the copper-oxide planes is the starting point for many analyses of high-temperature superconductors and is commonly known as the Emery model.
  • Hans Geiger, Researcher 1906–1914, invented the Geiger counter and did the original "Rutherford scattering" experiment with Marsden (also the Geiger-Marsden experiment). Devised the famous Geiger ionization counter.
  • Andre Geim (awarded Nobel Prize in 2010), for the discovery of graphene
  • Edward Lee, built Britain's first infrared spectrometer and later served as Director of the Admiralty Research Laboratory.
  • Sir John Lennard-Jones, entered Manchester University where he changed his subject to mathematics in 1912. After First World War service in the Royal Flying Corps, he returned to Manchester as Lecturer in Mathematics, 1919–1922. Founder of modern theoretical chemistry. Lennard-Jones potential and LJ fluid are named after him.
  • Henry Lipson CBE, FRS, known for x-ray diffraction and its application to crystallography, professor at UMIST 1954–1977.
  • Sir Bernard Lovell, Professor (1951–1990) and creator of the giant radio-telescope (the first large radio-telescope in the world with a diameter of 218 feet) at Jodrell Bank: pioneered the field of radio astronomy.
  • Sir Ernest Marsden was born in Lancashire in 1888. He won scholarships to attend grammar school and gain entry to Manchester University. It was here he met Rutherford in his honours year. Rutherford suggested a project to investigate the backwards scattering of alpha particles from a metal foil. He did this in conjunction with Hans Geiger (of Geiger counter fame), and it proved to be the key experiment in the demise of the Plum pudding model of the atom leading directly to Rutherford's nuclear atom. Rutherford also recommended Marsden for the position of physics professor at what is now Victoria University of Wellington.
  • Henry Moseley, who identified atomic number as the nuclear charges. He studied under Rutherford and brilliantly developed the application of X-ray spectra to study atomic structure; his discoveries resulted in a more accurate positioning of elements in the Periodic Table by closer determination of atomic numbers . Moseley was nominated for the 1915 Nobel Prize but was killed in action in August 1915 and could not receive the prize.
  • Nevill Francis Mott (awarded Nobel prize in 1977), for his fundamental theoretical investigations of the electronic structure of magnetic and disordered systems.
  • Konstantin Novoselov (awarded Nobel prize 2010), for his work on Graphene
  • Henry Plummer, astronomer who developed a gravitational potential function that can be used to model globular clusters and spherically-symmetric galaxies, known as the Plummer potential; Fellow of the Royal Society.
  • John Henry Poynting. Student 1867–1872; Lecturer 1876–1879. Left to become Professor at Mason College (which became Birmingham University). He wrote on electrical phenomena and radiation and is best known for Poynting's vector. In 1891 he determined the mean density of the Earth and made a determination of the gravitational constant in 1893. The Poynting-Robertson effect was related to the theory of relativity.
  • George Rochester discovered strange particles in 1947 with Clifford C Butler. Went on to become Chair of the Department at Durham University.
Ernest Rutherford, "the Father of Nuclear Physics" discovered the structure of the atom at the University of Manchester
  • Ernest Rutherford (awarded Nobel prize in 1908), for his investigations into the disintegration of the elements and the chemistry of radioactive substances (he was the first to probe the atom). Langworthy Professor of Physics (1907–1919).
  • Sir Arthur Schuster, Langworthy Professor of Physics (1888–1907), who made many contributions to optics and astronomy. Schuster's interests were wide-ranging: terrestrial magnetism, optics, solar physics, and the mathematical theory of periodicities. He introduced meteorology as a subject studied in British universities.
  • Balfour Stewart, Scottish physicist, who devoted himself to meteorology and terrestrial magnetism.
  • Joseph John (J. J.) Thomson (awarded Nobel prize in 1906). Studied and researched 1871–1876 (entered at age 14). Discovered the electron.
  • Charles Thomson Rees (C. T. R.) Wilson (awarded Nobel prize in 1927). Student 1884–1887. Invented the expansion cloud chamber.
  • Sir Arnold Wolfendale, BSc 1948 and PhD 1954 in cosmic rays. Lecturer 1953–1956. 14th Astronomer Royal.

[edit] Physiology and medicine

The University of Manchester currently has 28 Fellows of the Academy of Medical Sciences.[7] Present and historical University of Manchester people notable for their contributions to medicine and physiology include

  • John Charnley, orthopaedic surgeon, pioneer in hip replacement
  • Julius Dreschfeld, leading British physician and pathologist at the end of the 19th century
  • Archibald Vivian Hill (awarded Nobel prize in 1922), for his discovery relating to the production of heat in the muscle. One of the founders of the diverse disciplines of biophysics and operations research
  • Sir Harry Platt, 1st Baronet, orthopaedic surgeon
  • Sir John Randall, developer of the cavity magnetron
  • Herchel Smith, a researcher at the University of Manchester, developed an inexpensive way of producing chemicals that stop women ovulating during their monthly menstrual cycle in 1961
  • John Stopford, Baron Stopford of Fallowfield, anatomist; vice-chancellor
  • Sir John Sulston (awarded Nobel prize in 2002), for his discoveries concerning 'genetic regulation of organ development and programmed cell death'. In 2007, Sulston was announced as Chair of the newly-founded Institute for Science, Ethics and Innovation (iSEI) at the University of Manchester. iSEI is a research institute focusing on the role and moral responsibilities of science, technology and innovation in the contemporary world.
  • Raymond Tallis, gerontologist

[edit] Social sciences and education

[edit] Business

[edit] Economics

William Stanley Jevons
  • Anthony Stafford Beer, British theorist
  • Terence Burns, Baron Burns, British economist and President of the National Institute of Economic and Social Research
  • John Hicks (awarded Nobel prize in 1972), for his pioneering contributions to general economic equilibrium theory and welfare theory.
  • William Stanley Jevons, father of neoclassical economics, was appointed in 1854 to establish a Chair in Political Economy making Manchester one of the oldest centres for the study of economics in the United Kingdom.
  • Jack Johnston, founded and established the first Department of Econometrics in the 1960s.
  • Sir Arthur Lewis (awarded Nobel prize in 1979), for his pioneering research into economic development research with particular consideration of the problems of developing countries.
  • Joseph E. Stiglitz (awarded Nobel prize in 2001), for his analyses of markets with asymmetric information. Former Senior Vice President and Chief Economist of the World Bank, he is famous for his critical view of globalization and international institutions like the International Monetary Fund or the World Bank. Currently, Professor Joseph E. Stiglitz teaches at Columbia University and heads the Brooks World Poverty Institute (BWPI) at the University of Manchester.

[edit] Education

[edit] Law, public administration and social welfare

[edit] Politics

[edit] Social anthropology

[edit] Others

  • Arthur Whitten Brown, pioneer of flight. He was the navigator of the first successful non-stop transatlantic flight.

[edit] History

[edit] Religion and philosophy

[edit] Sport

[edit] Terrorism victim

[edit] See also

[edit] References

  1. ^ "Professor Brian Cox: English scholar, poet and editor of 'Critical Quarterly' whose Black Papers sparked debate on education". The Independent (London). 29 April 2008. http://www.independent.co.uk/news/obituaries/professor-brian-cox-english-scholar-poet-and-editor-of-critical-quarterly-whose-black-papers-sparked-debate-on-education-817250.html. Retrieved 9 April 2011. 
  2. ^ Student Direct Article
  3. ^ Yalden, D. W.; Albarella, Umberto (2009). The History of British Birds. Oxford: Oxford University Press: Oxford University Press. ISBN 978-0-19-921751-9. 
  4. ^ http://copac.ac.uk/wzgw?form=qs&id=09022832095cdf52ea8adcc2fb5b780fdc4f95&au=d+yalden&ti=british+birds&any=&fs=Search
  5. ^ "The Mammal Society Medal". http://www.abdn.ac.uk/mammal/prizes.shtml. Retrieved 21 November 2008. [dead link]
  6. ^ "Bletchley Park Unveils Statue Commemorating Alan Turing". http://www.bletchleypark.org.uk/news/docview.rhtm/454075. Retrieved 30 June 2007. 
  7. ^ http://www.acmedsci.ac.uk/index.php?pid=59&nam=&spe=&org=manchester&year=&submit=Filter+Results
  8. ^ Lashley, Brian (28 April 2007). "Vintage racer clocks up top honour". Manchester Evening News (M.E.N. Media). http://menmedia.co.uk/manchestereveningnews/news/s/1005/1005680_vintage_racer_clocks_up_top_honour.html. 
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