Algebraic group

Results: 1510



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1COMPUTING REAL WEYL GROUPS DAVID A. VOGAN, JR. Let G be a complex connected reductive algebraic group defined over R. Let H denote a maximal algebraic torus in G. Write G for the real points of G and H for the real point

COMPUTING REAL WEYL GROUPS DAVID A. VOGAN, JR. Let G be a complex connected reductive algebraic group defined over R. Let H denote a maximal algebraic torus in G. Write G for the real points of G and H for the real point

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Source URL: www.liegroups.org

Language: English - Date: 2006-08-30 13:20:22
    2A Proof of the Barsotti-Chevalley Theorem on Algebraic Groups James S. Milne October 18, 2015 Abstract A fundamental theorem of Barsotti and Chevalley states that every smooth connected algebraic group over a perfect fie

    A Proof of the Barsotti-Chevalley Theorem on Algebraic Groups James S. Milne October 18, 2015 Abstract A fundamental theorem of Barsotti and Chevalley states that every smooth connected algebraic group over a perfect fie

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    Source URL: www.jmilne.org

    Language: English - Date: 2015-10-18 20:57:11
      3On the Classification of Irreducible Representations of Real Algebraic Groups* R. P. Langlands Introduction. Suppose G is a connected reductive group over a global field F . Many of the problems of the theory of automorp

      On the Classification of Irreducible Representations of Real Algebraic Groups* R. P. Langlands Introduction. Suppose G is a connected reductive group over a global field F . Many of the problems of the theory of automorp

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      Source URL: sunsite.ubc.ca

      Language: English - Date: 2001-05-12 20:20:28
        4Representations of Abelian Algebraic Groups* R. P. Langlands There is reason to believe that there is a close relation between the irreducible representations, in the sense of harmonic analysis, of the group of rational

        Representations of Abelian Algebraic Groups* R. P. Langlands There is reason to believe that there is a close relation between the irreducible representations, in the sense of harmonic analysis, of the group of rational

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        Source URL: sunsite.ubc.ca

        Language: English - Date: 2001-05-12 20:14:02
          5The Id`ele Class Group Hendrik Lenstra 1. Definitions Let K be an algebraic number field. Let p be a prime of K. We denote by Kp the completion of K at the prime p: if p is a finite place, then Kp is a non-archimedean

          The Id`ele Class Group Hendrik Lenstra 1. Definitions Let K be an algebraic number field. Let p be a prime of K. We denote by Kp the completion of K at the prime p: if p is a finite place, then Kp is a non-archimedean

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          Source URL: websites.math.leidenuniv.nl

          Language: English - Date: 2005-10-10 10:30:10
            6Kazhdan’s Theorem on Arithmetic Varieties J.S. Milne Abstract. Define an arithmetic variety to be the quotient of a bounded symmetric domain by an arithmetic group. An arithmetic variety is algebraic, and the theorem

            Kazhdan’s Theorem on Arithmetic Varieties J.S. Milne Abstract. Define an arithmetic variety to be the quotient of a bounded symmetric domain by an arithmetic group. An arithmetic variety is algebraic, and the theorem

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            Source URL: www.jmilne.org

            Language: English - Date: 2007-07-01 15:50:42
              7Closure Relations of K orbits on G/B 1. Introduction Let G be a complex, connected, reductive algebraic group defined over R and let GR be the real points of G. Let KR be a maximal compact subgroup in GR and let K be its

              Closure Relations of K orbits on G/B 1. Introduction Let G be a complex, connected, reductive algebraic group defined over R and let GR be the real points of G. Let KR be a maximal compact subgroup in GR and let K be its

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              Source URL: www.liegroups.org

              Language: English - Date: 2006-09-05 22:09:36
                8SOFTWARE FOR COMPUTING STANDARD REPRESENTATIONS ¨ ALFRED G. NOEL Abstract. Let GR be the real points of a complex connected reductive algebraic group G. Let KR be a maximal compact subgroup of GR . We describe

                SOFTWARE FOR COMPUTING STANDARD REPRESENTATIONS ¨ ALFRED G. NOEL Abstract. Let GR be the real points of a complex connected reductive algebraic group G. Let KR be a maximal compact subgroup of GR . We describe

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                Source URL: www.liegroups.org

                Language: English - Date: 2007-07-12 12:19:41
                  9Algebraic & Geometric Topology–The twisted Drinfeld double of a finite group via gerbes and finite groupoids

                  Algebraic & Geometric Topology–The twisted Drinfeld double of a finite group via gerbes and finite groupoids

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                  Source URL: msp.org

                    10Algebraic & Geometric Topology–The twisted Drinfeld double of a finite group via gerbes and finite groupoids

                    Algebraic & Geometric Topology–The twisted Drinfeld double of a finite group via gerbes and finite groupoids

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                    Source URL: msp.org