This analysis explores biderivations in evolution algebras, indicating key properties based on matrix rank.
The purpose of this paper is to prove that any biderivations of n-dimensional complex evolution algebras depend on the rank of the appropriate matrices. For evolution algebras with non-singular matrices, we prove that any biderivation is the zero mapping. All biderivations for evolution algebras with matrices of rank n − 1 are described. Additionally, we characterize all biderivations of nilpotent n-dimensional evolution algebras over an arbitrary field of characteristic zero.
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Hassan Oubba (2026) studied this question.
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