A complete minimal system of covariants for the binary form of degree 7

DOI10.1016/j.jsc.2008.10.001zbMath1221.13006arXivmath/0701388OpenAlexW2072317167MaRDI QIDQ2377959

Leonid Bedratyuk

Publication date: 20 January 2009

Published in: Journal of Symbolic Computation (Search for Journal in Brave)

Full work available at URL: https://arxiv.org/abs/math/0701388

zbMATH Keywords

derivationsclassical invariant theorycovariants of binary form

Mathematics Subject Classification ID

Actions of groups on commutative rings; invariant theory (13A50)

Related Items (15)

Isotropic invariants of a completely symmetric third-order tensor ⋮ A minimal integrity basis for the elasticity tensor ⋮ Covariant algebra of the binary nonic and the binary decimic ⋮ Box products in nilpotent normal form theory: the factoring method ⋮ The center and invariants of standard filiform Lie algebras ⋮ About Gordan's algorithm for binary forms ⋮ The separating variety for matrix semi-invariants ⋮ The separating variety for 2 × 2 matrix invariants ⋮ Invariants for the modular cyclic group of prime order via classical invariant theory ⋮ Foundations of invariant theory for the down operator ⋮ Combinatorial algorithm for the computation of cyclically standard regular bracket monomials ⋮ Separating invariants for the basic 𝔾ₐ-actions ⋮ On the saturation sequence of the rational normal curve ⋮ An algebraic independence result related to a conjecture of Dixmier on binary form invariants ⋮ Characterization of the symmetry class of an elasticity tensor using polynomial covariants

Cites Work

• Invariant theory
• On complete system of invariants for the binary form of degree 7
• Constants of Weitzenböck derivations and invariants of unipotent transformations acting on relatively free algebras.
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