2014Mathematical NotesRequires access

The structure of bialgebra with a Hopf module

Wenzheng Zhao, Tianshui Ma

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Abstract

Let H be a Hopf algebra, B a bialgebra, and (B, ◃, ρ) a right H-Hopf module. Assume that (B, ρ) is a right H-comodule algebra, (B, ◃) is a right H-module coalgebra, and let A = B co H = {a ∈ B | ρ(a) = a ⊗ 1}. Then we prove that B has a factorization of A□ ◁ (the underlying space is A ⊗ H) as a bialgebra, which generalizes Radford’s factorization of bialgebras with projection [12].

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Let H be a Hopf algebra, B a bialgebra, and (B, ◃, ρ) a right H-Hopf module. Assume that (B, ρ) is a right H-comodule algebra, (B, ◃) is a right H-module coalgebra, and let A = B co H = {a ∈ B | ρ(a) = a ⊗ 1}. Then we prove that B has a factorization of A□ ◁ (the underlying space is A ⊗ H) as a bialgebra, which generalizes Radford’s factorization of bialgebras with projection [12].

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Available abstract

Let H be a Hopf algebra, B a bialgebra, and (B, ◃, ρ) a right H-Hopf module. Assume that (B, ρ) is a right H-comodule algebra, (B, ◃) is a right H-module coalgebra, and let A = B co H = {a ∈ B | ρ(a) = a ⊗ 1}. Then we prove that B has a factorization of A□ ◁ (the underlying space is A ⊗ H) as a bialgebra, which generalizes Radford’s factorization of bialgebras with projection [12].

Key concepts: Hopf algebra, Bialgebra, Mathematics, Coalgebra, Factorization, Quasitriangular Hopf algebra, Algebra over a field, Projection (relational algebra)

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