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Elisabeth Hevelius

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Elisabeth Catherina Koopmann-Hevelius
Born(1647-01-17)17 January 1647
Died22 December 1693(1693-12-22) (aged 46)
OccupationAstronomer
PartnerJohannes Hevelius

Elisabeth Catherina Koopmann-Hevelius (Polish: Elżbieta Heweliusz; 17 January 1647 – 22 December 1693) is considered one of the first female astronomers. Originally from Danzig, Polish-Lithuanian Commonwealth, she contributed to improve the work and observations done together with her husband Johannes Hevelius.

Early life

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Elisabeth Koopmann was a member of a rich merchant family in the city of Danzig (modern-day Gdańsk, Poland), located in the Pomeranian Voivodeship of Royal Prussia in the Polish–Lithuanian Commonwealth and a member of the trade organization called Hansa. Elisabeth Koopman's parents were Nicholas Koopman (1601–1672) who was a prosperous merchant and Joanna Mennings (or Menninx; 1602–1679).[1] Nicholas and Joanna were married in Amsterdam in 1633.[2] They moved from Amsterdam to Hamburg before moving to Danzig in 1636. It was in this city, largely German-speaking but a part of Poland at the time, that their daughter Elisabeth was born.[3]

Personal life

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Johannes and Elisabetha Hevelius observing the sky with a brass sextant (1673).
Johannes and Elisabeth Hevelius observing the sky with a brass octant (1673).

Elisabeth was fascinated with astronomy as a child. When she was sixteen, she married Johannes Hevelius, an astronomer of international repute who had a large complex of three houses in Danzig which contained a large observatory (over 200 square meters) equipped with several large telescopes.[4] Hevelius assisted her husband in the observatory as well as pursuing her own interests in astronomy.[5] They had a son, who died soon after birth, and three daughters who survived.[6] The eldest of the three daughters was named Catherina Elisabetha (after her mother) and baptized in St Catherine's Church, Danzig, on 14 February 1666.[citation needed]

Education

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Elisabeth was self-taught in Latin and utilized her linguistic knowledge in intellectual exchanges with fellow scientists.[7] Her proficiency in Latin, a language widely used in scientific discourse during her time, facilitated meaningful communication and collaboration with peers.[8][7]

Her journey into Latin self-education underscored her dedication to the pursuit of scientific knowledge[5] and attempts to comprehend scientific principles and participate in discourse, thereby contributing to the collective pool of scientific understanding.[7] Elisabeth's language skills became a conduit for the exchange of ideas, fostering a collaborative environment in which she and her husband, Johannes Hevelius, could actively engage with the scientific community.[8]

Contributions to science

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Elisabeth collaborated with her husband in study of astronomy and following her husband's death, she undertook the completion and publication of Prodromus Astronomiae ('Elements of Astronomy') in 1690.[8][7][1] This catalog of stars documented the positions and relevant data for 1,564 stars.[7][4] Beyond being a significant advancement in celestial observation and recording, this work advanced the evolving landscape of astronomical knowledge during the 17th century.[5] Elisabeth's role in the Prodromus astronomiae extended beyond the conventional boundaries of data collection;[8] she emerged as an active participant in the complex calculations and methodologies inherent in producing a comprehensive star catalog.[7] Her contributions were quantitative and qualitative, signifying a meticulous and systematic approach to astronomical research.[8]

The collaborative efforts of Elisabeth and Johannes Hevelius in observing the celestial realm were marked by the use of advanced astronomical instruments.[8][9] Their observatory in Danzig became a hub of innovation, where they employed sophisticated tools such as brass sextants and octants.[9] These instruments played a significant role in refining observational techniques of the 17th century.[8] Through their adept use, the couple contributed significantly to the evolution of astronomical methodology, enabling precise measurements and observations that propelled the understanding of celestial bodies to new heights.[9]

In culture

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Elisabeth's life was dramatized in the German language historical novel Die Sternjägerin ('The Star Huntress', 2006).[10]

The minor planet 12625 Koopman is named in her honor, as is the crater Corpman on Venus.[citation needed]

See also

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Notes

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  1. ^ a b Hargittai, Magdolna (14 June 2023). Meeting the Challenge: Top Women in Science. Oxford University PressNew York. doi:10.1093/oso/9780197574751.001.0001. ISBN 978-0-19-757475-1.
  2. ^ Nicolaes Koopman x Johanna Mennincx, 13 october 1633, Stadsarchief Amsterdam, both from Hamburg ('van Hamborgh')
  3. ^ Hockey, Thomas (2009). The Biographical Encyclopedia of Astronomers. Springer Publishing. ISBN 978-0-387-31022-0. Archived from the original on 25 March 2014. Retrieved 22 August 2012.
  4. ^ a b Januszajtis, Andrzej (2011). "A Walk Around Gdańsk for Physicists". Physics in Perspective. 13 (4): 456–480. Bibcode:2011PhP....13..456J. doi:10.1007/s00016-011-0066-5. ISSN 1422-6944.
  5. ^ a b c Stories of Women Stargazers, Dora Musielak, March 30, 2009
  6. ^ Gotthilf Löschin: Geschichte Danzigs von der ältesten bis zur neuesten Zeit: mit beständiger Rücksicht auf Cultur der Sitten, Wissenschaften, Künste, Gewerbe und Handelszweige, Volume 1, 1828 [1]
  7. ^ a b c d e f Reser, Anna; Mceill, Leila (2021). Forces of nature; the women who changed science. London: Frances Lincoln. ISBN 9780711248977.
  8. ^ a b c d e f g Gelbart, Nina. "Adjusting the Lens: Locating Early Modern Women of Science". Early Modern Women.
  9. ^ a b c Vertesi, Janet (2010). "Instrument Images: The Visual Rhetoric of Self-Presentation in Hevelius's Machina Coelestis". The British Journal for the History of Science. 43 (2): 209–243. doi:10.1017/S0007087410000440.
  10. ^ Eric Walz, Die Sternjägerin. Blanvalet Taschenbuch Verlag. 2006. ISBN 3442365236.

References

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