Associating vertex algebras with the unitary Lie algebra
Hongyan Guo, Qing Wang
Abstract
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Hongyan Guo, Qing Wang
Abstract
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In this paper, we associate vertex algebras and their two different kinds of module categories with the unitary Lie algebra uˆN(CΓ˜) for N≥2 being a positive integer and Γ˜={qn|n∈Z}, where the nonzero complex number q is not a root of unity. It is proved that for any complex number ℓ, the category of restricted uˆN(CΓ˜)-modules of level ℓ is canonically isomorphic to the category of quasi modules for certain vertex algebra. And we also prove that the category of restricted uˆN(CΓ˜)-modules of level ℓ is isomorphic to the category of Γ-equivariant ϕ-coordinated quasi modules for the same vertex algebra, where Γ is an automorphism group of this vertex algebra.
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In this paper, we associate vertex algebras and their two different kinds of module categories with the unitary Lie algebra uˆN(CΓ˜) for N≥2 being a positive integer and Γ˜={qn|n∈Z}, where the nonzero complex number q is not a root of unity. It is proved that for any complex number ℓ, the category of restricted uˆN(CΓ˜)-modules of level ℓ is canonically isomorphic to the category of quasi modules for certain vertex algebra. And we also prove that the category of restricted uˆN(CΓ˜)-modules of level ℓ is isomorphic to the category of Γ-equivariant ϕ-coordinated quasi modules for the same vertex algebra, where Γ is an automorphism group of this vertex algebra.
Key concepts: Mathematics, Vertex (graph theory), Lie conformal algebra, Unitary state, Vertex operator algebra, Pure mathematics, Lie algebra, Equivariant map