<--- Back to Details
First PageDocument Content
Algebraic groups / Representation theory / Lie algebras / Reductive group / Unipotent / Linear algebraic group / Semisimple Lie algebra / Group scheme / Hopf algebra / Abstract algebra / Algebra / Lie groups
Date: 2011-04-01 20:48:54
Algebraic groups
Representation theory
Lie algebras
Reductive group
Unipotent
Linear algebraic group
Semisimple Lie algebra
Group scheme
Hopf algebra
Abstract algebra
Algebra
Lie groups

Algebraic Groups, Lie Groups, and their Arithmetic Subgroups

Add to Reading List

Source URL: jmilne.org

Download Document from Source Website

File Size: 2,76 MB

Share Document on Facebook

Similar Documents

Overview Admissible Dual Unipotent Representations and the Future Atlas Project Members Jeffrey Adams

DocID: 1uNz4 - View Document

Algebra / Abstract algebra / Mathematics / Ring theory / Functions and mappings / Algebraic number theory / Matrix theory / Unipotent / Semilinear map / Valuation ring / Galois module / Polar coordinate system

CANONICAL SUBGROUPS VIA BREUIL-KISIN MODULES FOR p = 2 SHIN HATTORI Abstract. Let p be a rational prime and K/Qp be an extension of complete discrete valuation fields. Let G be a truncated Barsotti-Tate group of level n,

DocID: 1rokA - View Document

Algebra / Abstract algebra / Mathematics / Ring theory / Algebraic groups / Algebraic geometry / Invariant theory / Matrix theory / Unipotent / Linear algebraic group / Morphism of algebraic varieties / Affine variety

513 Documenta Math. Around the Abhyankar–Sathaye Conjecture To A. Merkurjev on his 60th birthday

DocID: 1rmSC - View Document

Mathematics / Algebra / Abstract algebra / Complex analysis / Homotopy theory / Differential geometry / Algebraic topology / Mathematical analysis / Monodromy / Unipotent / Nick Katz

Searching for thin groups Nicholas M. Katz Princeton University Sarnak Birthday Conference, Princeton, December 16, 2014

DocID: 1rgHJ - View Document

Algebra / Mathematics / Abstract algebra / Representation theory / Operator theory / Algebraic groups / Invariant subspace / Linear algebra / Spinor / Unipotent / Substitution / Orbifold

165 Documenta Math. The Zassenhaus Decomposition for the Orthogonal Group:

DocID: 1qlbn - View Document