E. H. S. Burhop
| Eric Burhop FRS |
|
|---|---|
Burhop uses an optical pyrometer to measure the temperature within an apparatus
|
|
| Born |
31 January 1911 Hobart, Tasmania, Australia |
| Died | 22 January 1980 (aged 68) Camden, London, England |
| Alma mater |
University of Melbourne University of Cambridge |
| Awards |
Fellow of the Royal Society (1963) Joliot-Curie Medal of Peace (1965) Lenin Peace Prize (1972) Order of Saints Cyril and Methodius (1973) |
| Scientific career | |
| Institutions |
Cavendish Laboratory Radiation Laboratory University of Melbourne University College, London |
| Thesis | The ionization and reorganization of an atom in an inner shell, with special reference to the Dirac theory of the electron; Some problems in atomic disintegration; Note on the migration of atoms on a surface (1938) |
| Doctoral advisor | Thomas Laby |
Eric Henry Stoneley Burhop, FRS (31 January 1911 – 22 January 1980) was an Australian physicist and humanitarian.
A graduate of the University of Melbourne, Burhop was awarded an 1851 Exhibition Scholarship to study at the Cavendish Laboratory under Lord Rutherford. Under the supervision of Mark Oliphant, he investigated nuclear fusion. He produced a non-relativistic theory of the Auger effect in 1935, followed by a relativistic treatment the following year. He later wrote a monograph on the subject. He returned to the University of Melbourne as a lecturer in 1936, and helped Professor Thomas Laby build up the physics department there.
During the Second World War he worked in the Radiophysics Laboratory in Sydney, where he produced a laboratory model of a cavity magnetron. In September 1942, he returned to Melbourne as the officer in charge of the Radar Research Laboratory, where he continued the development of cavity magnetrons and reflex klystrons for radar sets. In May 1944, he became one of three Australian physicists who worked on the Manhattan Project, which created the first atomic bombs.
In early 1945, Harrie Massey offered Burhop a position as a lecturer in the Mathematics Department at University College, London. He fostered international cooperation in nuclear physics. As part of a five-nation study of K mesons and their interaction with atomic nuclei that went on for several years, his group produced a wealth of new results, including the first observation of a double lambda hypernucleus. He spent a year on secondment to CERN, as secretary of a committee that recommended the construction of the Intersecting Storage Rings and the Super Proton Synchrotron. In 1974 and 1975, an international team under his leadership carried out a successful search for the
Λ+
c (charmed lambda baryon).
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