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204:, who started with the same school background, was a war hero (he was Douglas Bader’s #2 in the Battle of Britain) and rose through the ranks of the RAF to become an Air Chief Marshal. Michael always lived in the shadow of this brother, and would have been surprised to be told that his achievements in applied science were considered by many to have been at least as great.
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that was in the design process. This decision allowed him the freedom to introduce some revolutionary new ideas, such as the use of an interpreted control computer language, NODAL. This innovation let the equipment designers themselves to write the programs needed for the control of their equipment
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After the war, Crowley-Milling started to work on accelerators, and he did pioneering work on linear accelerators, with applications both in experimental physics and medicine. He also worked with analogue computers. His work started to be used more widely, and he was involved with the design of a
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Because of his poor eyesight, he was not enlisted in the services. He joined
Metropolitan Vickers in Manchester, first as a graduate trainee, and subsequently as a member of the engineering staff. During the war he worked on Microwave Radar, initially as a junior member of the team, at Malvern,
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Crowley-Milling was married to Gladys, “Gee”, (daughter of W.G.Dickson), who predeceased him. They had no children together. Gladys had a daughter, Carol, from a previous marriage, to David
Adamson of Adamsons Jam Blairgowrie.
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without the need for specialized application programmers. The touch screen designed in
Crowley-Milling's group became later the main operator interface which was another major innovation at the time. In 1977, soon after the
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His great hobby was the refurbishment of a 1931 Alfa Romeo car used in the Monza Rally, which he had received as a 21st birthday present from his father. He sold this car for two million pounds late in his retirement.
136:. There he was responsible for the Injector RF and the vacuum system. He became leader of the Applied Physics Group, and as such participated, first in design studies for a 15/20 GeV electron synchrotron
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100:, where he read for the Mechanical Sciences - Electrical Engineering Tripos, graduating with honours in 1938 and proceeding to the MA five years later.
47:, was an engineering project manager, who did innovative work in accelerator design and large-scale computer control, and rose in the ranks of
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in 1982. He is perhaps best known as the person who helped to invent the world's first computer touchscreens. He was the older brother of Sir
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Crowley-Milling, M. C. (1983). "The
Clifford Paterson Lecture, 1982. The World's Largest Accelerator: The Electron-Positron Collider, LEP".
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was commissioned, Crowley-Milling was promoted to SPS Division Leader, and three years later to join the CERN directorate.
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On his death in 2012 he left a considerable sum as a bequest to the Royal
Society for scholarships to young engineers.
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to become first a division head in 1977 and then a member of the CERN directorate in 1980. He was awarded the
291:"C.M.G : To be Ordinary Members of the Third Class, or Companions, of the said Most Distinguished Order"
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of 1982, “ The world’s largest accelerator: the electron-positron collider, LEP” at the Royal
Society.
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242:(Report). CERN. March 30, 1978. p. Annex II: Curriculum vitae Michael Crowley Crowley-Milling
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415:"Scientific genius sparks High Court battle after making basic geographical error in his will"
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Two devices for operator interaction in the central control of the new CERN accelerator
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Proceedings of the Royal
Society A: Mathematical, Physical and Engineering Sciences
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Michael
Crowley-Milling in the control room of the CERN Super Proton Synchrotron.
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Crowley-Milling, Michael C; Hyman, J. T.; Shering, G. C. (December 1, 1974).
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Crowley-Milling, Michael. "How CERN broke the software barrier".
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561:(Report). The Royal Society. March 31, 2016. p. 83
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Both
Michael and his younger brother, Denis, attended
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Companions of the Order of St
Michael and St George
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Trustees` report and financial statements 2015-2016
174:Companion of the Order of St Michael and St George
132:In 1963 he was invited to join the newly founded
79:He was born on 7 May 1917 at Rhyl, North Wales.
494:"The first capacitative touch screens at CERN"
82:The family was of a liberal bent politically.
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463:Beck, Frank; Stumpe, Bent (May 24, 1973).
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320:"Internal Organization of CERN, 1970-1979"
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240:Senior Staff Appointments (CERN-1291)
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442:The NODAL system for the SPS - 1974
156:In 1971 Crowley-Milling arrived at
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57:Institution of Electrical Engineers
444:(Report). CERN. CERN-LabII-CO-74-2
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262:"Michael Crowley Crowley-Milling"
109:developing that technology under
29:Michael Crowley Crowley-Milling
27:(7 May 1917 – 2012), known as
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117:proton linear accelerator at
98:St John’s College, Cambridge
602:People associated with CERN
86:was a close family friend.
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467:(Report). CERN. CERN-73-06
75:Education and early career
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186:Clifford Paterson Lecture
172:He was subsequently made
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142:Super Proton Synchrotron
59:and was honoured by the
25:Michael Crowley-Milling
537:10.1098/rspa.1983.0070
96:In 1935 he went up to
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69:Denis Crowley-Milling
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134:Daresbury Laboratory
421:. November 26, 2015
367:"People and things"
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176:(CMG), the
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581:Categories
565:August 30,
504:(3): 13–16
471:2017-09-14
425:August 30,
381:August 30,
377:(2): 72–96
351:August 30,
326:August 30,
246:August 30,
215:References
545:1364-5021
180:of the
55:of the
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202:Denis
41:C Eng
567:2017
541:ISSN
510:2017
450:2017
427:2017
383:2017
353:2017
328:2017
303:2017
274:2017
248:2017
158:CERN
146:CERN
138:NINA
127:CERN
119:AERE
49:CERN
45:FIEE
533:doi
529:388
182:IEE
167:SPS
144:at
125:at
33:CMG
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