Examples of using Clebsch in English and their translations into Korean
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Alfred Clebsch.
In 1863 Clebsch invited Gordan to come to Giessen.
He was also greatly influenced by Clebsch and Hesse.
Clebsch had submitted a doctoral dissertation to Königsberg on hydrodynamics.
Mansion translated into French many mathematical works by Riemann, Plücker and Clebsch.
Clebsch persuaded Hesse to take Henrici on as a Ph.D. student at Heidelberg in 1862.
The first work which Gordan and Clebsch worked on in Giessen was the theory of abelian functions.
Kummer also appointed many talented young lecturers including Clebsch, Christoffel and Fuchs.
The Clebsch- Gordan coefficients used in spherical harmonics were introduced by them as a result of this cooperation.
The topic for which Gordan is most famous is invariant theory and Clebsch introduced him to this topic in 1868.
Quite the reverse, after Clebsch died in November 1872 he was offered his chair at Göttingen in the following year.
Invariant theory was at its height in the 19th century withthe work of Cayley, Sylvester, Clebsch, Gordan and others.
Lüroth was taught by Hesse and Clebsch and continued to develop their work on geometry and invariants.
Clebsch had moved to Göttingen in 1868 and, during 1869, Klein made visits to Berlin and Paris and Göttingen.
He received high praise from Kummer, and he received replies from Reye and Clebsch to his earlier letters which greatly encouraged him.
There were four cases to be considered in integrating the equations which arose from this problem, and two of these cases had been solved by Clebsch in 1871.
Presentation Wikipedia Alfred Clebsch entered the school of mathematics at the University of Königsberg in 1850.
Klein was the obvious person to complete the second part of Plücker 's Neue Géometrie des Raumes and this work led him to become acquainted with Clebsch.
A second edition of part of one of these volumes, with Clebsch as joint author, was published in three parts in 1906, 1910 and 1932.
Clebsch helped build a school of algebraic geometry and invariant theory at Giessen which included Gordan, Brill, Max Noether, Lindemann and Lueroth.
His interpretation of the works of Cayley, Sylvester and Salmon in this way led Clebsch to a brilliant new interpretation of Riemann 's function theory.
He was strongly supported by Clebsch, who regarded him as likely to become the leading mathematician of his day, and so Klein held a chair from the remarkably early age of 23.
The topic was alsobeing intensively studied by Sylvester, Cayley, Clebsch and Hesse but Aronhold was the first German to work on this topic.
Clebsch must also be credited with the first birational invariant of an algebraic surface, the geometric genus that he introduced as the maximal number of double integrals of the first kind existing on it.
Jacob Bernoulli had solved this foran isosceles triangle while, after Malfatti, the problem was also solved by Steiner and Clebsch, the latter solving it using elliptic functions.
In fact although he never met Jacobi, who died one year after Clebsch entered the University of Königsberg, Jacobi was to influence him both through these two teachers and also directly through the fact that Clebsch was to collaborate in the production of the Collected Works of Jacobi.
His work was a continuation of work started by the great geometers of the late 19th and early 20th centuries, in particular Castelnuovo,Cayley, Clebsch, Cremona, Fano, Fricke, Humbert, Klein, Plücker and Schläfli.
The search for a rigorous proofhad not been a waste of time, however, since many important algebraic ideas were discovered by Clebsch, Gordan, Brill and Max Noether while they tried to prove Riemann's results. Monastyrsky writes in.