THE FINITE CLASSICAL GROUPS Examples for finite groups of Lie lype are the finite dassical
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EXCEPTIONAL GROUPS
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THE ORDERS OF SOME FINITE GROUPS OF LIE TYPE
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FINITE GROUPS OF LIE TYPE VS. FINITE REDUCTIVE GROUPS
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FINITE REDUCTIVE GROUPS Let G be a connected reductive algebraic group over Fandlet Fbe a Frobenius map of G
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EXAMPLE: THE UNITARY GROUPS
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THE LANG-STEINBERG THEOREM
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MAXIMAL TORI AND THE WEYL GROUP
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MAXIMAL TORI OF FINITE REDUCTIVE GROUPS
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THE CLASSIFICATION OF MAXIMAL TORI
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BN-PATRS
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COXETER GROUPS
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EXAMPLES FOR PARABOLIC SURGROUPS. IT
Description:
Explore the representation theory of finite groups of Lie type in this 52-minute lecture from the Hausdorff Trimester Program on Logic and Algorithms in Group Theory. Delve into the structural properties of these groups and their relevance to representation theory. Examine fundamental goals and current research in the field. Learn about Harish-Chandra theory as a crucial tool, and focus on Deligne-Lusztig theory for classifying irreducible complex representations. Cover topics including finite classical groups, exceptional groups, finite reductive groups, the Lang-Steinberg theorem, maximal tori, Weyl groups, and Coxeter groups. Gain insights into the classification of finite simple groups and the orders of various finite groups of Lie type.