User:Ulf Rehmann/pages related to algebraic groups
These 160 pages do contain the keyword "algebraic group":
G=geometric Ar=arithmetic S=Structural R=Representation An=Analytic Gr=Group theory I=Invariant theory C=Classification LA=Lie algebra
G Abelian variety |
Ar Adele group |
S Adjoint group |
R Adjoint representation of a Lie group |
Algebraic curve |
Algebraic geometry |
S Algebraic group |
G Algebraic group of transformations |
Algebraic independence |
Algebraic surface |
S Algebraic torus |
G Algebraic variety, automorphism of an |
An Analytic group |
S Anisotropic group |
S Anisotropic kernel |
Ar Arithmetic group |
An Automorphic function |
G Borel fixed-point theorem |
S Borel subgroup |
S Bruhat decomposition |
S Cartan subalgebra |
S Cartan subgroup |
S Cartan theorem |
Gr Character group |
Gr Character of a group |
S Chevalley group |
G Classical group |
I Comitant |
An Compact group |
R Complementary series (of representations) |
An Complexification of a Lie group |
Ar Congruence subgroup |
Ar Congruence subgroup problem |
S Connected component of the identity |
Constructible subset |
R Contragredient representation |
G Deformation |
S Diagonal group |
S Diagonalizable algebraic group |
Differential algebra |
Dimension polynomial |
Ar Discrete subgroup |
Dixmier mapping |
Duality |
Extension of a differential field |
Gr Finite group |
Finiteness theorems |
G Flag |
G Flag structure |
G Formal group |
S Form of an algebraic group |
S Form of an (algebraic) structure |
Galois cohomology |
Ex General linear group |
General position |
Gr Group |
Gr Group of finite Morley rank |
G Group scheme |
Ar Hasse principle |
Hilbert theorem |
G Homogeneous space |
G Homogeneous space of an algebraic group |
G Hopf algebra |
Ar Idele |
I Invariants, theory of |
S Iwasawa decomposition |
Jacobi variety |
Jordan algebra |
S Jordan decomposition |
S Jordan matrix |
Kempf vanishing theorem |
LA Lie algebra |
LA Lie algebra, algebraic |
LA Lie algebra of an algebraic group |
LA Lie algebra, reductive |
LA Lie algebra, semi-simple |
LA Lie algebra, solvable |
LA Lie algebra, supersolvable |
An Lie group |
An Lie group, compact |
An Lie group, nilpotent |
An Lie group, semi-simple |
An Lie group, solvable |
An Lie group, supersolvable |
LA Lie p-algebra |
G Lie theorem |
Ex Linear algebraic group |
Ar Linear algebraic groups, arithmetic theory of |
Ex Linear group |
G Matsushima criterion |
S Maximal torus |
G Moduli theory |
G Mumford hypothesis |
Non-Abelian cohomology |
G Orbit |
Ex Orthogonal group |
S Parabolic subalgebra |
S Parabolic subgroup |
Period mapping |
Picard group |
Picard scheme |
Principal analytic fibration |
Principal homogeneous space |
G Quantum groups |
S Quasi-split group |
S Radical of a group |
S Rank |
S Rank of a Lie group |
S Rank of an algebraic group |
Rationality theorems |
Rational representation |
Rational singularity |
Reduced scheme |
S Reductive group |
S Regular torus |
S Relative root system |
R Representation of a compact group(2) |
R Representation of a group |
G Satake compactification |
Schneider method |
G Schubert calculus |
G Schubert cell |
G Schubert cycle |
G Schubert variety |
Selberg conjecture |
Semi-invariant(2) |
S Semi-simple algebraic group |
S Semi-simple element |
Shimura variety |
Gr Simple group |
S Simply-connected group |
Singular point |
Smooth scheme |
Solv manifold |
Ex Spinor group |
S Split group |
Stability theorems in algebraic K-theory |
Stability theory (in logic) |
Steinberg module |
Steinberg symbol |
Ex Symplectic group |
Ar Tamagawa measure |
Ar Tamagawa number |
Tilting theory |
G Tits building |
Tits quadratic form |
S Tits system |
Topological dynamical system |
S Torus |
Transcendental number |
G Transformation group |
Trigonalizable element |
Uniform distribution |
Uniform subgroup |
S Unipotent element |
S Unipotent group |
S Weyl group |
R Weyl module |
Witt vector |
Zeta-function |
Ulf Rehmann/pages related to algebraic groups. Encyclopedia of Mathematics. URL: http://encyclopediaofmath.org/index.php?title=Ulf_Rehmann/pages_related_to_algebraic_groups&oldid=21589