Nagoya Mathematical Journal · 1963 · 211 citations · 4 references
Natural SciencesMathematicsAlgebraCombinatoricsRepresentation TheoryAbstract AlgebraGroup TheoryInvariant TheoryReflectionClassical Invariant TheoryFinite Group InvariantsGeometric Invariant TheoryInvariant Theory Of Finite Reflection GroupsPolynomial InvariantsRational Invariants
Let K be a field of characteristic zero. Let V be an n -dimensional vector space over K and let S be the graded ring of polynomial functions on V . If G is a group of linear transformations of V , then G acts naturally as a group of automorphisms of S if we define The elements of S invariant under all γ ∈ G constitute a homogeneous subring I(S) of S called the ring of polynomial invariants of G .
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Finite Unitary Reflection Groups
G. C. Shephard, John A. Todd · Canadian Journal of Mathematics · 1954 · 1.1K citations · Full text
Invariants of Finite Reflection Groups
Robert Steinberg · Canadian Journal of Mathematics · 1960 · 97 citations · Full text