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Amalie Emmy Noether (US: / ˈ n ʌ t ər /, UK: / ˈ n ɜː t ə /; German:; 23 March 1882 – 14 April 1935) was a German mathematician who made many important contributions to abstract algebra. She proved Noether's first and second theorems, which are fundamental in mathematical physics.
Jun 11, 2024 · Emmy Noether (born March 23, 1882, Erlangen, Germany—died April 14, 1935, Bryn Mawr, Pennsylvania, U.S.) was a German mathematician whose innovations in higher algebra gained her recognition as the most creative abstract algebraist of modern times.
Jun 12, 2018 · A century after she published a groundbreaking mathematical theory, Emmy Noether gets her due.
Aug 17, 2015 · Emmy Noether is probably the greatest female mathematician who has ever lived. She transformed our understanding of the universe with Noether's theorem and then transformed mathematics with her founding work in abstract algebra.
Emmy Noether was a mathematician who discovered perhaps the most profound idea in contemporary physics. Noether’s theorem, which she formulated in 1915, says that symmetries in the...
Mar 23, 2011 · Emmy Noether is best known for her contributions to abstract algebra, in particular, her study of chain conditions on ideals of rings.
Sep 12, 2018 · Emmy Noether was a force in mathematics — and knew it. She was fully confident in her capabilities and ideas. Yet a century on, those ideas, and their contribution to science, often go...
Noether's conceptual approach to algebra led to a body of principles unifying algebra, geometry, linear algebra, topology, and logic. In 1928-29 she was a visiting professor at the University of Moscow. In 1930, she taught at Frankfurt.
Mar 26, 2012 · Scientists are a famously anonymous lot, but few can match in the depths of her perverse and unmerited obscurity the 20th-century mathematical genius Emmy Noether.
The connection between those ways of thinking is a simple example of a deep principle called Noether’s theorem: Wherever a symmetry of nature exists, there is a conservation law attached to it, and vice versa. The theorem is named for arguably the greatest 20th century mathematician: Emmy Noether.
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