
Paul Drude
German physicist (1863–1906)
Paul Karl Ludwig Drude ( drood; German: [ˈdʁuːdə]; 12 July 1863 – 5 July 1906) was a German physicist specializing in optics. He is known for the Drude model.2
From Wikipedia’s article on Paul Drude (this version), CC BY-SA 4.0.
Born Jul 12, 1863, died Jul 5, 1906.1
Companies
- Deutsche Physikalische GesellschaftChair 1906 to 190612
Early life and education
- Date not recordedUniversity of Göttingen3
Education
Paul Karl Ludwig Drude was born on 12 July 1863 in Braunschweig. He began his studies in mathematics at the University of Göttingen, but later changed his major to physics. In 1887, he received his Ph.D. under Woldemar Voigt with a thesis on the reflection and diffraction of light in crystals.
Drude graduated the year Heinrich Hertz began publishing his findings from his experiments on the electromagnetic theories of James Clerk Maxwell, thus Drude began his career at the time Maxwell's theories were being introduced into Germany.
From Wikipedia’s article on Paul Drude (this version), CC BY-SA 4.0.
Career
Occupation: university teacher, physicist.6
- 1906Chair, Deutsche Physikalische Gesellschaft5
- Date not recordedWorked at Humboldt-Universität zu Berlin4
- Date not recordedWorked at Leipzig University4
- Date not recordedWorked at University of Giessen4
Career and research
In 1894, Drude became professor extraordinarius at the University of Leipzig. The same year, he married Emilie Regelsberger, with whom he had 4 children.
His first experiments were the determination of the optical constants of various solids, measured to unprecedented levels of accuracy. He then worked to derive relationships between the optical and electrical constants and the physical structure of substances. In 1894, he was responsible for introducing the symbol c for the speed of light in a perfect vacuum.
Toward the end of his tenure at Leipzig, Drude was invited to write a textbook on optics, which he accepted. The book, Lehrbuch der Optik, published in 1900, brought together the formerly distinct subjects of electricity and optics, which was cited by Drude as an "epoch-making advance in natural science".
In 1900, Drude became the editor of Annalen der Physik, the most respected physics journal at that time. The same year, he developed a powerful model to explain the thermal, electrical, and optical properties of matter; this is known as the Drude model. In 1901, he was appointed Professor Ordinarius of Physics at the University of Giessen.
In 1905, Drude became Director of the Physics Institute at the University of Berlin. In 1906, at the height of his career, he became a Member of the Prussian Academy of Sciences. A few days after his inauguration lecture, for inexplicable reasons, he committed suicide. He was survived by his wife and children.
From Wikipedia’s article on Paul Drude (this version), CC BY-SA 4.0.
Personal life
Awards
- 1901honorary member of the Physics Association (Frankfurt am Main, Germany)11
Links
Sources
The numbers on this page point here. Each one links to the record it came from.
- 1WikidataPaul Drude on Wikidata
- 2WikipediaPaul Drude on Wikipedia
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- 11WikidataPaul Drude: award, on Wikidata
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- 13Wikimedia CommonsPaul Drude photo by unknown, Public domain