Abstract:This article deals with the evolution operator of evolution algebras. We give a theorem that allows to characterize these algebras when this operator is a homomorphism of algebras of rank n−2 and this result in turn allows us to extend the classification of this type of algebras, given in a previous result by ourselves in 2021, up to the case of dimension 4. For this purpose, we analyze and make use of an algorithm for the degenerate case. A computational study of the procedure is also made.
“…And with respect to the evolution operator of evolution algebras, there are not too many contributions in the literature. Apart from some last works [22] and [23] by the authors of this paper, [25] can also be consulted. In that last short paper of 6 pages, authors review previous results for discrete-time dynamical systems and evolution algebras of sex linked inheritance and discuss some open problems related to such inheritance.…”
Section: Discussionmentioning
confidence: 99%
“…Three dimensional real evolution algebras with condition dim(E 2 ) = 1 are analyzed in [20], while in [21] the authors study the case of four dimensional perfect non-simple evolution algebras. Classifications involving properties of the main operator of the algebra are dealt with in [22][23].…”
Evolution algebras are non-associative in general, that is, the binary multiplication law is not associative. However, there exist some of them that are associative. In this paper we deal with these last ones. We give an explicit classification of these algebras and show that the concept of associativity is equivalent to the existence of an unitary element for non-degenerate evolution algebras. We also explicitly describe the derivation space of these algebras.
“…And with respect to the evolution operator of evolution algebras, there are not too many contributions in the literature. Apart from some last works [22] and [23] by the authors of this paper, [25] can also be consulted. In that last short paper of 6 pages, authors review previous results for discrete-time dynamical systems and evolution algebras of sex linked inheritance and discuss some open problems related to such inheritance.…”
Section: Discussionmentioning
confidence: 99%
“…Three dimensional real evolution algebras with condition dim(E 2 ) = 1 are analyzed in [20], while in [21] the authors study the case of four dimensional perfect non-simple evolution algebras. Classifications involving properties of the main operator of the algebra are dealt with in [22][23].…”
Evolution algebras are non-associative in general, that is, the binary multiplication law is not associative. However, there exist some of them that are associative. In this paper we deal with these last ones. We give an explicit classification of these algebras and show that the concept of associativity is equivalent to the existence of an unitary element for non-degenerate evolution algebras. We also explicitly describe the derivation space of these algebras.
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