Richard Adolf Zsigmondy
|Richard Adolf Zsigmondy|
1 April 1865|
Vienna, Austro-Hungarian Empire
|Died||23 September 1929
|Institutions||University of Vienna
Technical University of Vienna
University of Munich
University of Graz
University of Göttingen
|Alma mater||Technical University of Vienna
University of Munich
|Doctoral advisor||Wilhelm von Miller|
|Notable awards||Nobel Prize in Chemistry (1925)|
Richard Adolf Zsigmondy (1 April 1865 – 23 September 1929) was an Austrian-Hungarian chemist. He was known for his research in colloids, for which he was awarded the Nobel Prize in chemistry in 1925. The crater Zsigmondy on the Moon is named in his honour.
Zsigmondy was born in Vienna, Austrian Empire, to Hungarian parents Irma Szakmáry, a poet born in Martonvásár, and Adolf Zsigmondy Sr., a scientist from Bratislava who invented several surgical instruments for use in dentistry. Zsigmondy family members were Lutherans. They originated from Johannes (hung. János) Sigmondi (1686–1746, Bártfa, Kingdom of Hungary) and included teachers, priests and Hungarian freedom-fighters. Richard was raised by his mother after his father's early death in 1880, and received a comprehensive education. He enjoyed hobbies such as climbing and mountaineering with his siblings. His elder brothers, Otto (a dentist) and Emil (a physician), were well-known mountain climbers; his younger brother, Karl Zsigmondy, became a notable mathematician in Vienna. In high school Richard developed an interest in natural science, especially in chemistry and physics, and experimented in his home laboratory.
He began his academic career at the University of Vienna Medical Faculty, but soon moved to the Technical University of Vienna, and later to the University of Munich, to study chemistry under Wilhelm von Miller (1848–1899). In Munich he conducted research on indene and received his PhD in 1889.
Zsigmondy left organic chemistry to join the physics group of August Kundt at the University of Berlin, and completed his habilitation at the University of Graz in 1893. Because of his knowledge about glass and its colouring, in 1897 the Schott Glass factory offered him a job which he accepted. He invented the Jenaer Milchglas and conducted some research on the red Ruby glass.
Zsigmondy left Schott Glass in 1900, but remained in Jena as private lecturer to conduct his research. Together with the optical instrument manufacturer Zeiss, he developed the slit ultramicroscope. His scientific career continued in 1908 at the University of Göttingen, where he stayed for the rest of his professional career as professor of inorganic chemistry. In 1925, Zsigmondy received the Nobel Prize for Chemistry for his work on colloids and the methods he used, such as the ultramicroscope.
Before Zsigmondy finished his PhD thesis in organic chemistry, he published research on colouring glass with silver salts and dissolved silver particles, which he recovered by dissolving the glass in hydrofluoric acid.
During his stay in Graz, Zsigmondy accomplished his most notable research work, on the chemistry of colloids. The exact mechanism which yields the red colour of the Cranberry or Ruby glass was a result of his studies of colloids. In later years he worked on gold hydrosols and used them to characterize protein solutions. While in Jena he developed the slit ultramicroscope together with Henry Siedentopf. After moving to Göttingen, Zsigmondy improved his optical equipment for the observation of finest nanoparticles suspended in liquid solution. As a result, he introduced the immersion ultramicroscope in 1912.
Vienna (A) 1862–Göttingen (D) 1929
scientist, Nobel Prize Winner in chemistry 1925
Pressburg/ Pozsony, (HUN) 1816–
Vienna (A) 1880
Pilis, (HUN) 1788–
1833 Pressburg/ Pozsony (HUN)
Körmöcbánya (HUN) 1748-Pilis (HUN) 1799)
Bártfa (HUN) ca 1700
Besztercebánya (HUN) ?
-Lónyabánya (HUN) 1790)
Alberti (Now Albertirsa) (HUN) 1756–
1833 Pressburg/Pozsony (HUN)
1793 Pressburg/ Pozsony (HUN)–
1868 Pressburg/Pozsony (HUN)
Hrussó (HUN) 1751 – Pressburg/ Pozsony (HUN) 1817
Irma von Szakmáry
Martonvásár (HUN) 1835
N.N. von Szakmáry
|Mother's grandfather :
N.N. von Szakmáry
- W. v. Miller, Rohde (1889). "Zur Synthese von Indenderivaten". Berichte der deutschen chemischen Gesellschaft 22 (2): 1881–1886. doi:10.1002/cber.18890220227.
- R. Zsigmondy (1898). "Ueber wässrige Lösungen metallischen Goldes". Justus Liebig's Annalen der Chemie 301 (1): 29–54. doi:10.1002/jlac.18983010104.
- T. Mappes et al. (2012). "The Invention of Immersion Ultramicroscopy in 1912—The Birth of Nanotechnology?". Angewandte Chemie International Edition 51 (45): 11208–11212. doi:10.1002/anie.201204688.
- Czeizel Imre (1992) Családfa Kossuth Könyvkiadó, Budapest, ISBN 963-09-3569-4
- J. Reitstötter (1966). "Richard Zsigmondy". Journal Colloid & Polymer Science 211 (1–2): 6–7. doi:10.1007/BF01500203.
- "R. Zsigmondy (1865–1929)". Nature 206 (4980): 139. 1965. Bibcode:1965Natur.206Q.139.. doi:10.1038/206139a0.
- Lottermoser (1929). "Richard Zsigmondy zum Gedächtnis". Zeitschrift für Angewandte Chemie 42 (46): 1069–1070. doi:10.1002/ange.19290424602.
- "Richard Zsigmondy zum 60. Geburtstage". Zeitschrift für Angewandte Chemie 38 (14): 289–289. 1925. doi:10.1002/ange.19250381402.
- H. Freundlich (1930). "Richard Zsigmondy zum 60. Geburtstage". Berichte der deutschen chemischen Gesellschaft 63 (11): A171–A175. doi:10.1002/cber.19300631144.
- Karl Grandin, ed. (1925). "Richard Adolf Zsigmondy Biography". Les Prix Nobel. The Nobel Foundation. Retrieved 2008-07-29.
- "Richard Adolf Zsigmondy: Properties of Colloids". Nobel Lectures, Chemistry 1922-1941. Amsterdam: Elsevier Publishing Company. 1966.
- Timo Mappes (2012). "Immersionsultramikroskop nach R. Zsigmondy von Winkel-Zeiss, Göttingen". Immersion ultramicroscope with optics as of the 1912 patent. Retrieved 2012-11-02.