Career
After attending Tonbridge School, Brown studied electrical engineering at the University of London, from where he received a Master's degree in telecommunication in 1935. From 1936 to 1942 he worked for the Air Ministry, where he helped to develop radar. He then joined the Tizard Mission and spent 3 years in Washington, D.C. to work with the Combined Research Group at the Naval Research Laboratory. After the end of the war he returned to Britain and rejoined the scientific civil service. A consultancy that had been set up by Sir Robert Watson-Watt, the father of radar, offered more interesting prospects for the conversion of wartime developments into peacetime technologies. Hanbury Brown allowed himself to be recruited and worked as a consulting engineer until Watson-Watt decided to move the firm to Canada. After pondering a number of career possibilities, he returned to academia in the autumn of 1949, when he joined Bernard Lovell's radio astronomy group at the University of Manchester.
At the Jodrell Bank Observatory of Manchester University, Hanbury Brown developed some of the earliest devices to be used in radio astronomy. He worked closely with the mathematician Richard Q. Twiss on the development of, amongst other things, radio intensity interferometry and the first optical stellar intensity interferometer, using army surplus searchlights as infinity focused photon collectors. Using this instrument he became the first person to measure the angular diameter of the star Sirius. In 1962 he relocated to New South Wales in Australia to oversee the construction of the Narrabri Stellar Intensity Interferometer. Two years into the task he resigned from the chair that had been created for him at Manchester and took up an appointment at the University of Sydney. After the Narrabri interferometer was decommissioned in 1974, having completed its task (to measure the angular diameter of 32 main sequence stars), he stayed on in Sydney to design a next generation instrument. This was not to be another intensity interferometer, but a modernised Michelson interferometer. As Hanbury Brown himself was keen to emphasize, the development of this technologically exceedingly demanding instrument -- the Sydney University Stellar Interferometer (SUSI) -- became essentially the project of his colleague John Davis (1932–2010). The SUSI opened in 1991.
Brown died in Andover, Hampshire.
Read more about this topic: Robert Hanbury Brown
Famous quotes containing the word career:
“From a hasty glance through the various tests I figure it out that I would be classified in Group B, indicating “Low Average Ability,” reserved usually for those just learning to speak the English Language and preparing for a career of holding a spike while another man hits it.”
—Robert Benchley (1889–1945)
“I began my editorial career with the presidency of Mr. Adams, and my principal object was to render his administration all the assistance in my power. I flattered myself with the hope of accompanying him through [his] voyage, and of partaking in a trifling degree, of the glory of the enterprise; but he suddenly tacked about, and I could follow him no longer. I therefore waited for the first opportunity to haul down my sails.”
—William Cobbett (1762–1835)
“Whether lawyer, politician or executive, the American who knows what’s good for his career seeks an institutional rather than an individual identity. He becomes the man from NBC or IBM. The institutional imprint furnishes him with pension, meaning, proofs of existence. A man without a company name is a man without a country.”
—Lewis H. Lapham (b. 1935)