Alice Everett

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Alice Everett
Born15 May 1865
Glasgow, Scotland
Died29 July 1949 (1949-07-30) (aged 84)
London, England
Alma materGirton College, Cambridge
Scientific career
Fieldsastronomy, optics, engineering
InstitutionsRoyal Observatory, Greenwich

Alice Everett (15 May 1865[1] – 29 July 1949) was a British astronomer and engineer who grew up in Ireland.[2] She also contributed to the fields of optics and early television. Everett is best known for being the first woman to be paid for astronomical work at the Royal Observatory, Greenwich, when she began her employment at the observatory January 1890.[3][4][5]

Early life[edit]

Born in Glasgow in 1865, Everett moved to Belfast when she was two when her father, Joseph David Everett, FRS, was appointed as Professor of Natural Philosophy at Queen's University, Belfast. Her father would remain in the post until his retirement thirty years later. Everett was educated at the Methodist College Belfast, where she was a prize pupil.[3]

University education[edit]

At this time, the sole means of access to a university education in Ireland for women was through the Royal University of Ireland, which awarded degrees solely through examination. In 1882 Queen's College, Belfast began accepting female students, allowing them to take lectures in preparation for the Royal University examinations.[6] Everett applied for this option and in 1884 she was awarded first place in the first-year science examinations but the college refused to grant the scholarship to a woman.[7] In 1886 Everett moved to the all-women's college Girton College, Cambridge. In 1887 she sat and passed with honours the Royal University in mathematics and mathematical physics and she was awarded a Master of Arts in 1889. Also in 1889,she passed the Mathematical Tripos at Cambridge University. Female students were permitted to sit the examinations but the university would not grant degrees to female students until 1928. 1889 marked the end of Everett's university education and the beginning of a ground-breaking career in astronomy.[3]

Career in astronomy[edit]

The UK Civil Service rules that applied at the Royal Observatory, Greenwich made the employment of women very difficult.[8] However, in 1890 the Astronomer Royal William Christie was interested in employing the highly educated women that began graduating from English universities and he got round the regulation by paying women as supernumerary computers and not putting them on the permanent payroll. He employed four women, not as supernumerary computers but as second assistants who undertook both observations and computing. Among others he hired Everett,[9] who became the first woman to work for the Royal Observatory, Greenwich when she began working in January 1890. At Greenwich, Everett was assigned to work in the Astrographic Department, contributing to the international Carte du Ciel project. In addition to her work as a computer, Everett was trained to use the Observatory's new astrographic telescope (installed in 1890) to take the photographs. Everett's job also involved measuring the plates, calculating the co-ordinates of the stars, and reducing the data for the catalogue. During this time, Everett also made observations for the Transit Department with the Prime-Meridian-defining Airy Transit Circle.[10]

In 1891 Everett persuaded her friend Annie Russell to apply to work at the Royal Observatory and in September she began work at the observatory. Russell had attended Girton College with Everett and the two had sat and passed the difficult Tripos examination together.[11] In 1892 Everett, Russell and Elizabeth Brown tried to get elected for fellowship at the Royal Astronomical Society. None of the women was admitted, because all fell short of the required votes.[12] Similarly, the nomination of Isis Pogson had been rejected in 1886.[13] So instead they joined and actively contributed to the amateur British Astronomical Association (BAA).[14] Everett would publish her work in the BAA's Journal, The Observatory, Monthly Notices of the Royal Astronomical Society and elsewhere.[15]

After five years at Greenwich, Everett became tired of the low salary and began looking for work elsewhere. She failed to get a position at the Dunsink Observatory, Dublin, and instead obtained a three-year temporary post at the Astrophysical Observatory of Potsdam, then Europe's leading institution for astrophysical research. Everett began working at the observatory as a scientific assistant in October 1895, becoming the first woman to work in an observatory in Germany and continued to work on the Carte du Ciel project.[10] During her time in Potsdam she measured stars on photographic chart-plates and in one year, 1897, helped measure the positions of 22,000 stars.[10] She left Potsdam July 1899.[16] Everett moved for a one year post at the observatory of Vassar College in the United States where she wrote two papers with Mary Whitney. James Keeler, director of the Lick Observatory had hoped to hire her for the spectroscopic programme at the observatory but was unable to obtain funds. Instead Everett would return to London in 1900 where her interests turned from astronomy to the related field of optics. Her astronomical career came to an end at the age of 35.[10]


Everett's interest in optics had been sparked when she assisted her retired father in translating an article in German on Jena optical glass. She would assist her father with his research and experiments in optics until his death in 1904. In 1903 her father communicated a paper by her to the Physical Society of London describing experiments on zonal observations in lenses, the first paper by a woman to appear in the society's journal.[10] However opportunities for women in this field of science (or indeed any field of science) were few. As a result, Everett would be unable to find regular paid work until the First World War, which gave many women an opportunity to enter the workforce. In 1917 and at the age of fifty-two, Everett joined the staff of the National Physical Laboratory. Everett worked in the optics section until she reached the age of retirement (60) in 1925.[10]

Engineering and television[edit]

Retirement would mark the third strand of Everett's technical career, engineering. In the late 1920s Everett would take and pass examinations in wireless and electrical engineering. Everett also developed an interest in the new field of television and may have been one of two women present at the demonstration of the first television image by John Logie Baird in January 1926. As a result, Everett would become one of the founding members and Fellows of the newly established Television Society (now Royal Television Society) in September 1927. In the late 1920s and early 1930s, Everett would become involved with the Baird Television Company and Television Society and in 1933 the two would apply for a joint patent relating to television optics. Everett would continue contribution to the field of television for the rest of her life. In recognition of her contribution to the field of physics, she was granted a civil list pension of £100 in 1938. On 29 July 1949, she died in London and would leave her library of scientific books to the Television Society.[10]



  1. ^ "Scotland Births and Baptisms, 1564–1950". FamilySearch. Retrieved 27 July 2016.
  2. ^ Brück, Mary (25 July 2009). Women in Early British and Irish Astronomy: Stars and Satellites. Springer Science & Business Media. ISBN 978-90-481-2473-2.
  3. ^ a b c Brück, Mary T (1994). "Alice Everett and Annie Russell Maunder, torch bearing women astronomers". Irish Astronomical Journal. 21: 281–291. Bibcode:1994IrAJ...21..281B.
  4. ^ Higgitt, Rebekah. "Women at the ROG – Alice Everett". Retrieved 27 January 2016.
  5. ^ Ogilvie, Marilyn; Harvey, Joy (2000). The Biographical Dictionary of Women in Science: Pioneering Lives from Ancient Times to the Mid-20th Century. Vol. 1 (A-K). Taylor & Francis. pp. 430–431. ISBN 9780203801451. Retrieved 18 October 2012.
  6. ^ "Queen's University | Women, Ireland & Commemoration 1912-22". Retrieved 5 March 2019.
  7. ^ Walsh, Brendan (1 September 2014). Knowing Their Place: The Intellectual Life of Women in the 19th Century. The History Press. ISBN 978-0-7524-9871-3.
  8. ^ Creese, Mary R. S. (1 January 2000). Ladies in the Laboratory? American and British Women in Science, 1800-1900: A Survey of Their Contributions to Research. Scarecrow Press. ISBN 978-0-585-27684-7.
  9. ^ Eleanor Robson; Jacqueline Stedall (2009). The Oxford Handbook of the History of Mathematics. OUP Oxford. p. 397. ISBN 9780199213122.
  10. ^ a b c d e f g Dictionary of Irish biography : from the earliest times to the year 2002. McGuire, J. I., Quinn, James, 1961-, Royal Irish Academy. Cambridge: Cambridge University Press. 2009. ISBN 9780521633314. OCLC 434562664.{{cite book}}: CS1 maint: others (link)
  11. ^ Walsh, Brendan (2014). "Two pioneer astronomers". Knowing Their Place: The Intellectual Life of Women in the 19th Century. The History Press. pp. 117–118. ISBN 9780752498713.
  12. ^ Catharine M. C. Haines (2001). International Women in Science: A Biographical Dictionary to 1950. ABC-CLIO. pp. 97. ISBN 9781576070901.
  13. ^ Bailey, Mandy (2016). "Women and the RAS: 100 Years of Fellowship". Astronomy & Geophysics. Royal Astronomical Society. 57 (1): 1.19–1.21. Bibcode:2016A&G....57a1.19B. doi:10.1093/astrogeo/atw037. Retrieved 30 November 2019.
  14. ^ McKim, Richard (2016). "A Different Sort of Society". Astronomy & Geophysics. Royal Astronomical Society. 57 (4): 4.14–4.17. Bibcode:2016A&G....57d4.14M. doi:10.1093/astrogeo/atw146. Retrieved 30 November 2019.
  15. ^ Everett, Alice (1896). "Galactic Longitude and Latitude of Poles of Binary-star Orbits". Monthly Notices of the Royal Astronomical Society. Royal Astronomical Society. 56 (9): 462–466. Bibcode:1896MNRAS..56..462E. doi:10.1093/mnras/56.9.462.
  16. ^ Anne Varty (2009). Eve's Century: A Sourcebook of Writings on Women and Journalism 1895–1950. Routledge. p. 97. ISBN 9781134645930.