Triangle equivalences involving Gorenstein FP-injective modules

Z Di, X Zhang, Z Liu - Communications in Algebra, 2018 - Taylor & Francis
Z Di, X Zhang, Z Liu
Communications in Algebra, 2018Taylor & Francis
Recently, Hu et al. introduced the notion of Gorenstein FP-injective modules and
investigated a notion of Gorenstein FP-injective dimension for complexes. Let R be a left
coherent ring and D b (R-Mod) the bounded derived category of left R-modules. It is proved
that the quotient triangulated category of the subcategory of D b (R-Mod) consisting of
complexes with both finite Gorenstein FP-injective dimension and FP-projective dimension
by the bounded homotopy category of FP-projective-injective left R-modules is triangle …
Abstract
Recently, Hu et al. introduced the notion of Gorenstein FP-injective modules and investigated a notion of Gorenstein FP-injective dimension for complexes. Let R be a left coherent ring and Db(R-Mod) the bounded derived category of left R-modules. It is proved that the quotient triangulated category of the subcategory of Db(R-Mod) consisting of complexes with both finite Gorenstein FP-injective dimension and FP-projective dimension by the bounded homotopy category of FP-projective-injective left R-modules is triangle-equivalent to the stable category 𝒢ℱℐ∩ℱ𝒫̲ of the Frobenius category of all Gorenstein FP-injective and FP-projective left R-modules. Note that a similar argument is also valid for the case of Gorenstein injective left R-modules. We extend a triangle equivalence established by Beligiannis involving Gorenstein injective left R-modules from rings with finite left Gorenstein global dimension to arbitrary rings.
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