Hugh Ernest Butler

Dr Hugh Ernest Butler BA Ph.D FRSE MRIA FRAS (1916-1978) was a pioneering Welsh-born astronomer. Wartime work included important contributions to anti-aircraft gunnery followed in peacetime by major contributions to galactic and extragalactic research particularly via ballistic rockets. He promoted the idea of an orbiting space telescope as early as 1958.

Dr.

Hugh Butler

FRSE MRIA FRAS
Hugh Butler ca. 1967
Born
Hugh Ernest Butler

(1916-12-27)27 December 1916
Llandaff, Wales
Died10 May 1978(1978-05-10) (aged 61)
West Linton, Scotland
NationalityUnited Kingdom
Alma mater
Awards
  • Isaac Newton Studentship
Scientific career
FieldsAstronomy
Institutions
ThesisInfra-Red Stellar Spectroscopy (1948)
Academic advisors

Life

He was born on 27 December 1916 in Llandaff in Glamorganshire in Wales.

He was educated firstly at Cardiff High School and then at Whitgift School in Croydon before being awarded a place at Emmanuel College, Cambridge, winning a scholarship to read Mathematics.[1]

In 1940 he received an Isaac Newton Studentship and commenced work on a Ph.D but the telescope on which he was working was dismantled as a result of the war and the academic work had to be put on hold. In the same year he was asked to join Prof Patrick Blackett to do operational research in anti-aircraft guns in Richmond, in relation to defending the country during the Second World War. He spent much of the war at various anti-aircraft installations around the country and while not engaged in work he was spending what time he could seeing one Gwendoline Harrison, a scholarship student who he had met at Cambridge when she was evacuated from London.

In 1946 he returned to Cambridge to be based at the Cambridge Observatory as Senior Observer and was able to complete the observational work on his Ph.D. In 1947 he transferred to Dunsink Observatory in Ireland where he stayed until 1953.

At Dunsink he produced a number of papers concerning the photoelectric recording of stellar occultations [2] and stellar scintillation [3] , topics that led ultimately to the technologies that support the discovery of exoplanets and the construction of large ground-based optical telescopes respectively. He was also intensely practical and gained a significant reputation for the design and implementation of novel instruments. At Dunsink these skills were put to good effect in building it up as a modern observatory. He also took part in the commissioning of the Armagh-Dunsink-Harvard (ADH) Schmidt telescope [4] at Bloemfontein , South Africa which produced much valuable early material for galactic and extragalactic research.

In 1953 he moved to Edinburgh Observatory where he continued for the rest of his life in the role of senior astronomer.

There he set up a large Hewitt-Schmidt Camera as an outpost observatory near Peebles. The 'Hewitt' was specifically designed for the observation and tracking of satellites and in October 1957 he and Dr. Vincent Reddish were jointly two of the first astronomers in the UK to observe the track of the Sputnik 1 satellite [5].

At Edinburgh Dr. Butler turned his attention to the embryonic field of space research and as Head of the new Space Division he oversaw and contributed to the design and launch of a number of observational payloads mounted on ballistic rockets [6] [7]. Central to these were the Skylark launchers [8] which were launched from Sardinia or from the Woomera Instrumented Range [9] . He authored numerous articles for the press and was called upon to comment in print or on television on topics such as comets, satellites, eclipses and astronomy in general [10] . He was for instance the expert of choice when a large and fresh crater was discovered in Stornoway (he concluded that it was not, as had been suggested a meteorite).

As early as 1958 Dr Butler was promoting the idea of a large astronomical satellite (LAS) as part of his work with the British National Committee for Space Research (BNCSR) and he had a leading role in explaining the research that could be conducted from such a platform both to the scientific community [11] and to the public at large [12]. He followed this up in 1963 by chairing a group that prepared a specification for the European Space Research Organisation's first LAS. By the 1970s Dr. Butler was fully involved in European space research collaboration and in 1972 he edited a report on aspects of the ESRO Stabilised Satellite TD 1 [13].

He was elected a Fellow of the Royal Society of Edinburgh in 1959 and served as its Vice-President from 1967-69 and Curator from 1969 until his death.[14]

He retired from the observatory in 1976 and moved to rural Peeblesshire though he retained access to the observatory's facilities.

His interests were wide-ranging and in his personal life he was fascinated by atmospheric phenomena and everything to do with wildlife and the natural world. He and Gwen were keen tennis and badminton players and Hugh applied his practical skills to a number of significant DIY construction projects. He was colourblind and presented a BBC radio programme on the subject in 1964.

He died at home in Peeblesshire suddenly on 10 May 1978.

Family

He married Gwen in 1943 - it is a sad commentary on attitudes at the time that Gwen was forced to choose between marriage and a teaching career and so in getting married she had to give up the career. They were a devoted couple until Hugh Butler's untimely death in 1978 and there was never the slightest suggestion that she regretted this choice. She never remarried and died in 2016 aged 97. Throughout those 38 years she spoke of him often. They had one son, John, born in 1953.[15].

gollark: Of course not.
gollark: People accessing the remote debugging service connect on `potatOS` as admins. This requires a key with the right perms.
gollark: PotatOS devices listen on the `potatOS` channel as unprivileged clients.
gollark: Basically, access is divided into "channels".
gollark: Well, it uses a somewhat limited permission model.

References
  1. Brück, H. A. (1979). Hugh Ernest Butler, 1916 December 27-1978 May 10. Quarterly Journal of the Royal Astronomical Society, 20, 221-222.
  2. H.E. Butler (1951). "Photoelectric Recording of Stellar Occultations". Monthly Notices of the Royal Astronomical Society. III (4): 393–396.
  3. H.E. Butler (1952). "Observations of Stellar Scintillation". Proceedings of the Royal Irish Academy. 54A: 321–340.
  4. "Southern Hemisphere Astronomy and the ADH Telescope". armagh.space.
  5. "Race against time to track "Moon"". The Scotsman. 10 October 1957.CS1 maint: date and year (link)
  6. H.E. Butler (1967). "Stellar Astronomy from Above the Atmosphere". Bulletin of the Institute of Physics and Physical Society (September 1967): 290–291.
  7. H.E. Butler (23 January 1960). "British Research in the Upper Atmosphere". The Scotsman.CS1 maint: date and year (link)
  8. "Skylark: Britain's Pioneering Space Rocket". blog.sciencemuseum.org.uk. 2017.
  9. "Woomera". www.astronautix.com.
  10. H.E. Butler (6 December 1958). "Probing the Moon". The Scotsman.CS1 maint: date and year (link)
  11. H.E. Butler (29 June 1959). "Astronomical Research from Rockets and Satellites". Eighth Ordinary meeting of the Royal Society of Edinburgh. RSE.
  12. Patrick Moore (16 March 1960). "BBC TV: The Sky at Night: Why Stars Twinkle". genome.ch.bbc.co.uk.
  13. ""Introduction" and "Instrumental Question"". Report on the Colloquium on the Scientific Objectives of the Large Astronomical Satellite. ESRO. 24 April 1964.
  14. Waterson, C. D.; Shearer, A. Macmillan (2006). Former fellows of The Royal Society of Edinburgh, 1783-2002 : biographical index (PDF). Edinburgh: The Royal Society of Edinburgh. ISBN 090219884X.
  15. verified by family


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