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Pierre René, Viscount Deligne ( French: [dəliɲ]; born 3 October 1944) is a Belgian mathematician. He is best known for work on the Weil conjectures, leading to a complete proof in 1973. He is the winner of the 2013 Abel Prize, 2008 Wolf Prize, 1988 Crafoord Prize, and 1978 Fields Medal .
Pierre Deligne is known for his work in algebraic geometry and number theory. He pursues a fundamental understanding of the basic objects of arithmetical algebraic geometry—motive, L-functions, Shimura varieties—and applies the methods of algebraic geometry to trigonometrical sums, linear differential equations and their monodromy ...
Pierre Deligne is a Belgian mathematician who won a Fields Medal in 1978 for his work on algebraic number theory. He received many other prizes and awards, in particular the Wolf Prize in 2008 and the Abel Prize in 2013.
Education: Primary School: 9/50 to 6/56 at Schaerbeek (Belgium) Secondary School: 9/56 to 6/62 at Brussels (Belgium): Athénée Adolphe Max. University of Brussels: 9/62 to 7/66: mathematics In the academic year 65/66 I was concurrently a foreign student (pensionnaire étranger) at.
Jul 27, 2018 · Weil Conjectures I (translation of La Conjecture de Weil I by Pierre Deligne) Evgeny Goncharov. I attempted to write the full translation of this article to make the remarkable proof of Pierre Deligne available to a greater number of people. Overviews of the proofs can be found elsewhere.
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Pierre Deligne is indisputably one of the world’s greatest mathematicians. He has re-ceived many major awards, including the Fields Medal in 1978, the Crafoord Prize in 1988, the Balzan Prize in 2004, and the Wolf Prize in 2008. While one never knows who will win the Abel Prize in any given year, it was virtually inevitable that Deligne would ...
Pierre Deligne is the recipient of the 2013 Abel Prize of the Norwegian Academy of Science and Letters. This interview was conducted by Martin Raussen and Christian Skau in Oslo in May 2013 in conjunction with the Abel Prize celebra-tion.
Pierre Deligne became famous in the mathematical world at an early age through his brilliant proof of the “Weil conjectures”, which concern the number of solutions of systems of polynomial congruences (including the so-called “Riemann conjecture over finite fields”).
Pierre Deligne: Hidden symmetries of algebraic varieties. Pierre Delignes Abel Prize lecture. Programme and summary available in the YouTube description.
