Josef Loschmidt: Difference between revisions
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'''Johann Josef Loschmidt''' (1821-1895), while relatively little-known today, made major contributions to [[physical chemistry]], [[thermodynamics]], [[electromagnetic force|electromagnetism]] and [[organic chemistry]]. His work on the size of molecules was sufficiently important that in German-speaking countries, "Loschmidt's number" is the term for what English-speaking countries call [[ | '''Johann Josef Loschmidt''' (1821-1895), while relatively little-known today, made major contributions to [[physical chemistry]], [[thermodynamics]], [[electromagnetic force|electromagnetism]] and [[organic chemistry]]. His work on the size of molecules was sufficiently important that in German-speaking countries, "Loschmidt's number" is the term for what English-speaking countries call [[Avogadro's number]]. <ref name=Bader >{{citation | ||
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==References== | ==References== | ||
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Latest revision as of 11:00, 6 September 2024
Johann Josef Loschmidt (1821-1895), while relatively little-known today, made major contributions to physical chemistry, thermodynamics, electromagnetism and organic chemistry. His work on the size of molecules was sufficiently important that in German-speaking countries, "Loschmidt's number" is the term for what English-speaking countries call Avogadro's number. [1]
Loschmidt, to historians of science, is a man whose name should have been on more basic ideas, or at least a coauthor. He conceived the concept of a benzene ring before Friedrich Kekulé, but did not have the chemical bonding quite right. His contributions to thermodynamics led to the work by James Clerk Maxwell and Ludwig Boltzmann. Heinrich Hertz built on his ideas. [2]
References
- ↑ Bader, Alfred & Leonard Parker (March 2001), Physics Today
- ↑ Lienhard, John H., No. 1858: Johann Josef Loschmidt, Engines of our Ingenuity, College of Engineering, University of Houston