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  1. Évariste Galois (/ ɡ æ l ˈ w ɑː /; French: [evaʁist ɡalwa]; 25 October 1811 – 31 May 1832) was a French mathematician and political activist. While still in his teens, he was able to determine a necessary and sufficient condition for a polynomial to be solvable by radicals , thereby solving a problem that had been open for 350 years.

  2. Évariste Galois was a French mathematician famous for his contributions to the part of higher algebra now known as group theory. His theory provided a solution to the long-standing question of determining when an algebraic equation can be solved by radicals (a solution containing square roots, cube.

  3. Summary. Évariste Galois was a French mathematician who produced a method of determining when a general equation could be solved by radicals and is famous for his development of early group theory. He died very young after fighting a duel. View three larger pictures.

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  5. May 31, 2016 · Learn about the life and work of Évariste Galois, a French mathematician who solved a century-old problem and died in a duel at age 20. Discover how his political and personal struggles shaped his legacy and his contributions to algebra and number theory.

  6. May 23, 2018 · RenÉ Taton. Galois, Evariste (b. Bourg-la-Reine, near Paris, France, 25 October 1811; d. Paris. 31 May 1832)mathematics.There have been few mathematicians with personalities as engaging as that of Galois, who died at the age of twenty years and seven months from wounds received in a mysterious duel.

  7. Feb 23, 2006 · A historical article that explores the life and legacy of Évariste Galois, a mathematical prodigy who died in a duel at 20. It challenges the romantic myth of his final night and examines the possible motives and circumstances of his death.

  8. Évariste Galois ( / ɡælˈwɑː /; French: [ evaʁist ɡalwa]; 25 October 1811 – 31 May 1832) was a French mathematician and political activist. While still in his teens, he was able to determine a necessary and sufficient condition for a polynomial to be solvable by radicals, thereby solving a problem that had been open for 350 years.

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