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Jan 13, 2016 · Wilhelm Wien. The Nobel Prize in Physics 1911. Born: 13 January 1864, Gaffken, Prussia (now Parusnoye, Russia) Died: 30 August 1928, Munich, Germany. Affiliation at the time of the award: Würzburg University, Würzburg, Germany. Prize motivation: “for his discoveries regarding the laws governing the radiation of heat”.
- Biographical
When Wien moved, in 1896, to Aix-la-Chapelle to succeed...
- Nominations
The Nobel Prize in Physics 1911 was awarded to Wilhelm Wien...
- Banquet Speech
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- Nobel Lecture
The Sommerfeld theory has the great advantage that it...
- Biographical
Wilhelm Wien. By 1898 Wilhelm Wien was able to show that canal rays could be deflected by both magnetic and electric fields, as would be expected for particles that carry an electric charge. They were deflected, however, in the direction expected for positively charged particles. These observations can be explained by assuming that the atoms or ...
The Sommerfeld theory has the great advantage that it attempts to invest the universal constant h of the Planck radiation theory with physical significance. It has the disadvantage that it has been applied so far only to electron emission and absorption, but cannot yet solve the problem of thermal radiation.
Wilhelm Wien was a German physicist and Nobel-Prize winner who pioneered the study of quantum physics. Wien was born in East Prussia in 1864 to a landholding family. He broke away from his father’s life as a gentleman farmer to study mathematics and physics at the Universities of Göttingen and Berlin. Between 1883 and 1885, he worked in ...
Mar 15, 2017 · On the basis of general thermodynamic considerations Wilhelm Wien showed in 1893 that this function of two variables should have the form ('Wien's displacement law'), i.e., the 'radiation problem' was transformed into the determination of a universal function f of one variable only. Wien even suggested a function which satisfies this ...
- Oliver Passon, Johannes Grebe-Ellis
- 2017
Aug 16, 2022 · Wilhelm Wien is known for finding the relation between tem-perature and wavelength, where the energy density is maximum. Apart from this Wien’s displacement law, he was the first who gave the simplified form of the Kirchhoff universal function us-ing rigorous thermodynamical arguments in 1893. He also gave
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The Royal Academy of Sciences has awarded the Nobel Prize for Physics, for the year 1911, to Wilhelm Wien, Professor at the University of Würzburg, for his discoveries concerning the laws of heat radiation. Ever since the beginning of the last century and, in particular, since spectrum analysis reached an advanced stage of development as a ...
