Geographical classification

Europe > Poland

Socio-cultural movements

Early modern period > Early modern philosophy / Scientific Revolution

Groups by dedication

Scientists > Mathematicians

Scientists > Astronomers

Scientists > Physicists

Scientists > Chemists

Healthcare workers > Pharmacists

Writers

Character
Estatua

Maria Cunitz

(Silesian Pallas; Urania)

Wolów (Silesia, Poland) 1610 ‖ Byczyna (Silesia, Poland) 22-08-1664

Period of activity: From 1627 until 1656

Geographical classification: Europe > Poland

Socio-cultural movements

Early modern period > Early modern philosophy / Scientific Revolution

Groups by dedication

Scientists > Mathematicians

Scientists > Astronomers

Scientists > Physicists

Scientists > Chemists

Healthcare workers > Pharmacists

Writers

Context of feminine creation

Because of her great knowledge and her later contributions to science and culture, she was known as the "Silesian Pallas" (Pallas was the god of wisdom in Greek mythology). In addition to showing some talent for painting, music and poetry, she learned mathematics, medicine and history. She also mastered a great number of languages.

Since ancient times, there were women like Maria who were passionate about astronomy and mathematics, such as Enheduanna (c.-2285 -c.-2250), considered the first astronomer in history, Aglaonice of Thessaly (c.-500-c.-400), Hypatia of Alexandria (c.370-c.416), Fatima of Madrid (c.900-c.1100) and Ana Comneno (1083-1153). 

Contemporaries of hers were renowned astronomers and mathematicians such as Sophia Brahe (1556-1643), Elisabeth Hevelius (1647-1693) and Elena Lucrezia Cornaro Piscopia (1646-1684), philosopher and mathematician; and many others dedicated to other sciences such as Margaret Cavendish (1623-1673), prolific writer on natural philosophy (now physics); Martine Bertereau (1590-1642), specialist in mining engineering and mineralogist; or Marie Meurdrac (1610-1680), alchemist and chemist.

Review

Marie Cunitz was known as the "Silesian Pallas" because of her great wisdom. She spoke several languages. She studied maths and medicine among other disciplines. She devoted herself especially to the study of astronomy. In her main work "Urania propitia" (1650), she disseminated Kepler's theories, corrected errors she had detected in her astronomical tables for planetary motions and provided new mathematical tables simplifying the calculations. This work brought Maria a great reputation in Europe, being acclaimed as the wisest woman in astronomy after Hypatia of Alexandria. It is named after the crater Cunitz on Venus and the minor planet 12624 Mariacunitia.

Activities

English

  • The Milky Way
    • Spain > Mathematics > 2nd ESO > Number sense
    • Spain > Mathematics > 2nd ESO > Socio-affective sense
    • Spain > Mathematics > 2nd ESO > Measurement sense
  • The Milky Way’s diameter
    • Spain > Mathematics > 1st ESO > Number sense
    • Spain > Mathematics > 1st ESO > Socio-affective sense
    • Spain > Mathematics > 1st ESO > Measurement sense
  • The planets
    • Spain > Mathematics > 2nd ESO > Number sense
    • Spain > Mathematics > 2nd ESO > Socio-affective sense
  • Trip to Jupiter
    • Spain > Mathematics > 4th(A) ESO > Number sense
    • Spain > Mathematics > 4th(A) ESO > Socio-affective sense
    • Spain > Mathematics > 4th(B) ESO > Number sense
    • Spain > Mathematics > 4th(B) ESO > Socio-affective sense
  • Volume and surface area of planets
    • Spain > Mathematics > 3rd ESO > Spatial sense
    • Spain > Mathematics > 3rd ESO > Socio-affective sense
    • Spain > Mathematics > 3rd ESO > Measurement sense

Spanish

  • Diámetro de la Vía Láctea
    • Spain > Mathematics > 1st ESO > Number sense
    • Spain > Mathematics > 1st ESO > Socio-affective sense
    • Spain > Mathematics > 1st ESO > Measurement sense
  • El juego del OSO
    • Spain > Mathematics > 1st ESO > Algebraic sense
    • Spain > Mathematics > 1st ESO > Socio-affective sense
  • La Vía Láctea
    • Spain > Mathematics > 2nd ESO > Number sense
    • Spain > Mathematics > 2nd ESO > Socio-affective sense
    • Spain > Mathematics > 2nd ESO > Measurement sense
  • Los planetas
    • Spain > Mathematics > 2nd ESO > Number sense
    • Spain > Mathematics > 2nd ESO > Socio-affective sense
  • Viaje a Júpiter
    • Spain > Mathematics > 4th(B) ESO > Number sense
    • Spain > Mathematics > 4th(B) ESO > Socio-affective sense
    • Spain > Mathematics > 4th(A) ESO > Number sense
    • Spain > Mathematics > 4th(A) ESO > Socio-affective sense
  • Volumen y superficie de los planetas
    • Spain > Mathematics > 3rd ESO > Spatial sense
    • Spain > Mathematics > 3rd ESO > Socio-affective sense
    • Spain > Mathematics > 3rd ESO > Measurement sense

Catalan

  • Diàmetre de la Via Làctia
    • Spain > Mathematics > 1st ESO > Number sense
    • Spain > Mathematics > 1st ESO > Measurement sense
    • Spain > Mathematics > 1st ESO > Socio-affective sense
  • Els planetes
    • Spain > Mathematics > 2nd ESO > Number sense
    • Spain > Mathematics > 2nd ESO > Socio-affective sense
  • La Via Làctia
    • Spain > Mathematics > 2nd ESO > Number sense
    • Spain > Mathematics > 2nd ESO > Socio-affective sense
    • Spain > Mathematics > 2nd ESO > Measurement sense
  • Viatge a Júpiter
    • Spain > Mathematics > 4th(B) ESO > Number sense
    • Spain > Mathematics > 4th(B) ESO > Socio-affective sense
    • Spain > Mathematics > 4th(A) ESO > Number sense
    • Spain > Mathematics > 4th(A) ESO > Socio-affective sense
  • Volum i superfície dels planetes
    • Spain > Mathematics > 3rd ESO > Spatial sense
    • Spain > Mathematics > 3rd ESO > Socio-affective sense
    • Spain > Mathematics > 3rd ESO > Measurement sense

Justifications

  • She devoted her mathematical knowledge to the study of astronomy, especially.
  • Her main work is "Urania propitia". She disseminated part of Kepler's theories, included her simplified tables and corrected some errors in the astronomer's text. In addition, it included other important general notions about astronomy and its theoretical foundations and added new mathematical tables and new ephemerides.
  • "Urania propitia" brought her a great reputation in Europe, being acclaimed as the wisest woman in astronomy after Hypatia of Alexandria.
  • Today, her text is also regarded as a contribution to the development of scientific German.
  • The crater Cunitz on Venus and the minor planet 12624 Mariacunitia are named after her.

Biography

Maria Cunitz (1610-1664) was born in Wołów (Silesia, a territory located in present-day Poland, but historically within Germany and the Czech Republic).

She was the eldest daughter of the physician Heinrich Cunitz and Maria Scholtz, daughter of the German mathematician Anton von Scholtz (1560-1622).

She received a careful education thanks to tutors hired by the family. By the age of ten, Maria spoke Hebrew, Greek, Latin, German, Polish, Italian and French. 

In addition to showing a certain talent for painting, music and poetry, she learned mathematics, medicine and history, which was unusual for a woman at the time. Because of her great knowledge and her later contributions to science and culture, she was known as the “Silesian Pallas" (Pallas was the god of wisdom in Greek mythology).

In 1623 she married but was widowed in 1626. In 1630 she married the physician Elias von Löwen, an amateur astronomer with whom she observed the planets.

Her main work - written in German and Latin - was "Urania Propitia". She wrote it during the Thirty Years' War (1618-1648) on the grounds of the Cistercian convent in Łubnice, where she and her husband took refuge. Let us remember that Urania is the muse of astronomy in Greek mythology; and Maria was also known by that name, Urania.

When the couple returned to Silesia in 1650, they published Maria's book with their own funds.

"Urania propitia" contained a simplification of the well-known Rudolphine Tables of Johannes Kepler  (1571-1630): these included logarithms, which complicated the reading.

 

In her treatise, Maria corrected some errors she had detected in the astronomical tables for the planetary motions of the astronomer Johannes Kepler, included new mathematical tables simplifying the calculations, new planetary ephemerides and divulged part of Kepler's theories. Today, her text is also regarded as a contribution to the development of scientific German. In fact, she probably wrote it in this language - in addition to Latin - in order to make it more widely known.

With her book Maria spread Kepler's second law, which we could simplify by saying that the planet will move faster the closer it is to the Sun.

In the introduction to "Urania propitia", Elias von Löwen, her husband, made it clear that the work was Maria's and not his. However, and probably to avoid the reluctance of scientists who would not want to discuss astronomy with a woman, Maria and Elias together began an extensive correspondence with other astronomers.

"Urania propitia" gave Maria a great reputation in Europe, being acclaimed as the wisest woman in astronomy after Hypatia of Alexandria. It is named after the crater Cunitz on Venus and the minor planet 12624 Mariacunitia.

In 1656, a fire destroyed the house of Maria and Elias. Everything disappeared: the scientific documents, the data of his observations, the correspondence with other astronomers, the instruments and the chemical products used to make medicines. Their income declined considerably. Elias died in 1661 and Maria three years later.

 

Extracted from Wikipedia (04/01/2022) https://es.wikipedia.org/wiki/Maria_Cunitz 

Extracted from Mujeres con ciencia (04/01/2022) https://mujeresconciencia.com/2016/09/12/maria-cunitz-la-palas-de-silesia/ 

Works


"Urania propitia". 1650

Scientific papers, data from her observations, correspondence with other astronomers (destroyed in a fire in 1656).

Bibliography

- Alic, Margaret (1991). El legado de Hipatia. Madrid: Siglo veintiuno de España editores.

- Antolín Herrero, María Sol (2020). “María Cunitz, una astrónoma que perfeccionó las teorías de posicionamiento de los planetas”, el diario feminista, 09/04/2022, <https://eldiariofeminista.info/2020/03/28/maria-cunitz-una-astronoma-que-perfecciono-las-teorias-de-posicionamiento-de-los-planetas/>

- Figueras, Lourdes; Molero, María; Salvador, Adela y Zuasti, Nieves (1998). Género y matemáticas. Ed: Síntesis.

- Macho Stadler, María (2016). “Maria Cunitz, la ‘Palas de Silesia’”, Mujeres con ciencia, Universidad del País Vasco, 09/04/2022, <https://mujeresconciencia.com/2016/09/12/maria-cunitz-la-palas-de-silesia/>

Didactic approach

- She is studied in mathematics.

She can also be worked on the following subjects: 

- Physics and chemistry (Kepler's laws, planetary motions, chemicals used to make medicines).

Documents