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Left linear theories — A generalization of module theory

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In this paper we introduce left linear theories of exponentN (a set) on the setL as mapsL ×L N ∋ (l, λ) →l · λ ∈L such that for alllL and λ, μ ∈L N the relation (l · λ)μ =l(λ · μ) holds, where λ · μ ∈L N is given by (λ · μ)(i) = λ(i)μ,iN. We assume thatL has a unit, that is an element δ ∈L N withl · δ =l, for alllL, and δ · λ = λ, for all λ ∈L N. Next, left (resp. right)L-modules andL-M-bimodules and their homomorphisms are defined and lead to categoriesL-Mod, Mod-L, andL-M-Mod. These categories are algebraic categories and their free objects are described explicitly. Finally, Hom(X, Y) andXY are introduced and their properties are investigated.

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Herrn Professor Dr. D. Pumplün zum 60. Geburtstag gewidmet

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Pareigis, B., Röhrl, H. Left linear theories — A generalization of module theory. Appl Categor Struct 2, 145–171 (1994). https://doi.org/10.1007/BF00873297

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