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16 de set. de 2021 · Nobel Laureate Professor Antony Hewish MA PhD HonScD FRS, an Honorary Fellow of Gonville & Caius College, has died. He was 97. He was admitted to Caius as an undergraduate on 1 October 1942 to read Natural Sciences and his association with the College spanned 79 years. He became an unofficial Drosier Fellow in 1951, an official Fellow in 1956 ...
Antony Hewish, född 11 maj 1924 i Fowey, Cornwall, död 13 september 2021 [10] [11], var en brittisk radioastronom och nobelpristagare. [12] [13]Biografi. Hewish och landsmannen Sir Martin Ryle mottog Nobelpriset i fysik 1974 för "deras banbrytande arbeten inom radioastrofysiken: Ryle för hans observationer och uppfinningar, särskilt apertursyntestekniken, och Hewish för hans avgörande ...
6 de set. de 2018 · She and her supervisor, Antony Hewish, had built a radio telescope to observe them. Data from the telescope scrolled out from a machine — a line in red ink, scrawling across 96 feet of chart ...
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- Laurel Wamsley
Antony Hewish (11. května 1924, Fowey – 13. září 2021) byl britský radioastronom. V roce 1974 obdržel spolu se Sirem Martinem Rylem Nobelovu cenu za fyziku za průkopnický výzkum v oblasti rádiové astrofyziky, především za rozhodující úlohu při objevu pulsarů , které ale objevila Jocelyn Bellová Burnellová .
Antony Hewish was born in Fowey, Cornwall, UK in 1924. He studied at the University of Cambridge, completing his undergraduate degree in 1948 and his Ph.D. in 1952. Following his degree work, Dr. Hewish became a Research Fellow at Gonville and Caius College where he had been an undergraduate, and in 1961 transferred to Churchill College as Director of Studies in Physics.
Antony Hewish was awarded Nobel Prize 1974 in Physics . Nationality United Kingdom. Institution University of Cambridge. Award 1974. Discipline Physics. Read CV. Further Information on the Official Web Site of the Nobel Prize
13 de set. de 2021 · Antony Hewish was a Nobel Prize-winning radio astronomer who is recognised for his role in the development of techniques critical to the discovery of pulsars. These astronomical bodies represent a special type of neutron star characterised by the regular emission of electromagnetic radiation, which offer valuable insights into the behaviour of matter at extremely high densities.
