Kirstine Meyer

Kirstine Bjerrum Meyer (12 October 1861 – 28 September 1941) was a Danish physicist and was first woman from her country to earn a doctorate in natural sciences.[1]

For the Swedish mezzo-soprano, see Kerstin Meyer.
Kirstine Bjerrum Meyer
Born
Kirstine Bjerrum

12 October 1861
Skærbæk, Denmark
Died28 September 1941
Hellerup, Denmark
NationalityDanish
Alma materUniversity of Copenhagen
Occupationphysicist
Known forFirst Danish woman to earn a doctorate in natural sciences
Spouse(s)Adolph Constantin Meyer (1854-1896)
ChildrenJohannes (son)
Parents
  • Niels Janniksen Bjerrum (1826-1880) (father)
  • Christiane Degn (1826-1877) (mother)

Biography

Kirstine Bjerrum was born in Skærbæk, Denmark and died in Hellerup. She was the daughter of Niels Janniksen Bjerrum (1826-1880) and Christiane Degn (1826-1877).

She moved to Copenhagen at the age of 18, where she lived with her elder brother, ophthalmologist Jannik Petersen Bjerrum (1851–1920). In 1885, she married mathematician Adolph Constantin Meyer (1854-1896) and took his surname. Following the death of her husband in 1896, she became the sole parent of the couple's young son Johannes. [2]

In 1882, Kirstine Meyer had taken a teacher's degree from N. Zahles Skole. In 1885, she began her studies at the University of Copenhagen. In 1893, she graduated with a Master's Degree in physics. She was associated with the school from 1885 to 1909 and then continued as a censor at N. Zahles Skole for a number of years. From 1892-93 she was also a substitute at the boys' school Metropolitanskolen.[3]

She was a high school teacher for many years, working on her education and research in physics at the same time. She won the Gold Medal of the Royal Danish Academy of Science and Letters in 1899, for a paper examining whether there exists a general equation of state for all fluid bodies, Om overensstemmende Tilstande hos Stofferne. She received her Ph.D. in physics from the University of Copenhagen in 1909, becoming the first Danish woman to earn a doctorate in natural sciences.[4] Her dissertation, Temperaturbegrebets Udvikling gennem Tiderne (The Development of the Temperature Concept through Time), was an in-depth treatment of the history of the concept of temperature.[5]

In 1902, Meyer founded Fysisk Tidsskrift, the Danish journal of physics. She was its editor until 1913. In 1925, she was awarded the Tagea Brandt Rejselegat travel scholarship.

Awards and honors
  • 1899, Scientific Society Gold Medal
  • 1920, Gold Medal of Merit
  • 1925, Tagea Brandts Travel Grant

On 9 December 1986, DSB (the Danish railway company) named the newly delivered electric locomotive, Litra EA 3007, Kirstine Meyer.[6]

gollark: PotatOS stands for PotatOS Otiose Transformative Advanced Technology Or Something.
gollark: The potatOS DSK file is `.potatos_dsk`, not that.
gollark: That's what Anavrins wanted, *not* the DSK.
gollark: [file attached, by the way]
gollark: It worries me slightly that Firefox can access this.

See also

References
  1. Marilyn Bailey Ogilvie, Joy Dorothy Harvey, Meyer-Bjerrum, Kirstine, The Biographical Dictionary of Women in Science: L–Z, Routledge, 2000, pp. 890–891; ISBN 0-415-92040-X
  2. "Bjerrum, Jannik Petersen". Dansk biografisk Lexikon. Retrieved November 1, 2019.
  3. "Kirstine Bjerrum Meyer". Regents of the University of California. Retrieved November 1, 2019.
  4. Finn Aaserud, Popularization and People (1911–1962), Volume 12 (Niels Bohr – Collected Works), Elsevier Science, 2007, p. 122; ISBN 0-444-52946-2
  5. "Kirstine Meyer (1861 - 1941)". Dansk Kvindebiografisk Leksikon. Retrieved November 1, 2019.
  6. "DSB EA 3007 blev bygget af Scandia i 1986". www.jernbanen.dk. Retrieved 2020-06-23.
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