Separation Axioms on Upper Sets of BE-Algebras
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Abstract
This paper investigates the topological properties of upper sets in \(BE\)-algebras by introducing three novel separation axioms \(BET_0\), \(BET_1\), and \(BET_2\) inspired by the classical \(T_0\), \(T_1\), and \(T_2\) separation axioms in general topology. Using the structure of BE-algebras and their induced upper sets, we define a topology generated by a subbasis of sets of the form \(A(x, y) = \{ z \in X \mid x * (y * z) = 0 \}\). We establish the necessary and sufficient conditions for a BE-space to satisfy each of these axioms. Several illustrative examples are provided to demonstrate the distinctions among the \(BET_i\)-spaces. Furthermore, we examine interrelations among the axioms and their implications for algebraic structures, such as involutory BE-algebras and fuzzy ideals. Our results contribute to the integration of algebraic and topological concepts, offering new insights into the study of BE-structured spaces.
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