| Hélène Metzger | |
| Birth Date: | 26 August 1889 |
| Birth Place: | Chatou |
| Death Place: | On the way to Auschwitz |
| Nationality: | French |
| Field: | Philosophy, history of science |
| Birth Name: | Hélène Bruhl |
Hélène Metzger (26 August 1889 – 7 March 1944) was a French philosopher of science and historian of science.[1] In her writings she focused mainly on the history of chemistry. She was murdered in the Holocaust.
Hélène Bruhl was born on 26 August 1889 to an upper middle-class Jewish family in Chatou. She was the niece of Lucien Lévy-Bruhl, an influential French anthropologist. Her father insisted that she and her sister stop their studies after only three years at university.[2] In 1912, she obtained a diploma in crystallography. She married in 1914, and was widowed only a few months afterwards, after which she returned to research.
In 1918, Metgzer submitted a thesis on the emergence of the science of crystals. During the 1920s and 30s, she published six books on the history of chemistry in the seventeenth and eighteenth centuries, whilst supporting herself on the money from her dowry.
Metgzer became a victim of the Holocaust because of her Jewish background. When France was occupied by the Nazis in the 1940s, Metzger initially stayed in Paris before moving to Lyon, which was part of the so-called "free zone", in late 1941. She refused to go into hiding and was arrested by the Gestapo on 8 February 1944. She was then deported from Drancy to Auschwitz concentration camp on 7 March 1944, and was murdered either during travel or upon arrival.
Metzger's work was not always recognised during her lifetime and she never held an academic position, but she is one of the few prewar French historians of science whose work is widely read today. Because of her early death, her oeuvre is limited in size, but has nonetheless been influential. She published nine books, thirty-six articles and numerous reviews.[3] Contemporaries such as Gaston Bachelard and Émile Meyerson referred often to her works and also Thomas Kuhn, in the introduction of his book The Structure of Scientific Revolutions (1962) referred to her as one of his main inspirations.