Ferdinand Georg Frobenius (nonfiction): Difference between revisions

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He is known for the famous determinantal identities, known as Frobenius–Stickelberger formulae, governing elliptic functions, and for developing the theory of biquadratic forms.
He is known for the famous determinantal identities, known as Frobenius–Stickelberger formulae, governing elliptic functions, and for developing the theory of biquadratic forms.


He was also the first to introduce the notion of rational approximations of functions (nowadays known as Padé approximants), and gave the first full proof for the Cayley–Hamilton theorem. He also lent his name to certain differential-geometric objects in modern mathematical physics, known as Frobenius manifolds.
He was also the first to introduce the notion of rational approximations of functions (nowadays known as Padé approximants), and gave the first full proof for the Cayley–Hamilton theorem.
 
He also lent his name to certain differential-geometric objects in modern mathematical physics, known as Frobenius manifolds.


== In the News ==
== In the News ==
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== Fiction cross-reference ==
== Fiction cross-reference ==
* [[Mathematics]]


== Nonfiction cross-reference ==
== Nonfiction cross-reference ==


* [[Konrad Knopp (nonfiction)]] - Doctoral student
* [[Ernest Kummer (nonfiction)]] - Doctoral advisor
* [[Edmund Landau (nonfiction)]] - Doctoral student
* [[Mathematician (nonfiction)]]
* [[Mathematician (nonfiction)]]
* [[Walter Schnee (nonfiction)]] - Doctoral student
* [[Issai Schur (nonfiction)]] - Doctoral student
* [[Karl Weierstrass (nonfiction)]] - Doctoral advisor


External links:
External links:

Latest revision as of 22:15, 26 November 2017

Ferdinand Georg Frobenius (circa 1900).

Ferdinand Georg Frobenius (26 October 1849 – 3 August 1917) was a German mathematician who made contributions to the theory of elliptic functions, differential equations, and group theory.

He is known for the famous determinantal identities, known as Frobenius–Stickelberger formulae, governing elliptic functions, and for developing the theory of biquadratic forms.

He was also the first to introduce the notion of rational approximations of functions (nowadays known as Padé approximants), and gave the first full proof for the Cayley–Hamilton theorem.

He also lent his name to certain differential-geometric objects in modern mathematical physics, known as Frobenius manifolds.

In the News

Fiction cross-reference

Nonfiction cross-reference

External links: