Template:Selected anniversaries/July 24: Difference between revisions

From Gnomon Chronicles
Jump to navigation Jump to search
No edit summary
No edit summary
Line 36: Line 36:
||1923: George Daniel Mostow born ... mathematician, renowned for his contributions to Lie theory. The rigidity phenomenon for lattices in Lie groups he discovered and explored is known as Mostow rigidity.  Pic: https://news.yale.edu/2013/01/25/conversation-george-daniel-mostow-geometer-nth-dimension
||1923: George Daniel Mostow born ... mathematician, renowned for his contributions to Lie theory. The rigidity phenomenon for lattices in Lie groups he discovered and explored is known as Mostow rigidity.  Pic: https://news.yale.edu/2013/01/25/conversation-george-daniel-mostow-geometer-nth-dimension


||1926: Frank Ludvig Spitzer born ... mathematician who made fundamental contributions to probability theory, including the theory of random walks, fluctuation theory, percolation theory, the Wiener sausage, and especially the theory of interacting particle systems. Rare among mathematicians, he chose to focus broadly on "phenomena", rather than any one of the many specific theorems that might help to articulate a given phenomenon.
||1926: Frank Ludvig Spitzer born ... mathematician who made fundamental contributions to probability theory, including the theory of random walks, fluctuation theory, percolation theory, the Wiener sausage, and especially the theory of interacting particle systems. Rare among mathematicians, he chose to focus broadly on "phenomena", rather than any one of the many specific theorems that might help to articulate a given phenomenon. Pic.


File:Hans Hahn.jpg|link=Hans Hahn (nonfiction)|1934: Mathematician and philosopher [[Hans Hahn (nonfiction)|Hans Hahn]] dies. He made contributions to functional analysis, topology, set theory, the calculus of variations, real analysis, and order theory.
File:Hans Hahn.jpg|link=Hans Hahn (nonfiction)|1934: Mathematician and philosopher [[Hans Hahn (nonfiction)|Hans Hahn]] dies. He made contributions to functional analysis, topology, set theory, the calculus of variations, real analysis, and order theory.

Revision as of 04:36, 1 February 2019