
TL;DR
This paper explores the structure of BCK-algebras, introducing nilpotence and related concepts, and establishes foundational properties and classifications of nilpotent BCK-algebras, including their categorical and algebraic characteristics.
Contribution
It defines nilpotence in BCK-algebras, analyzes their properties, and characterizes classes of nilpotent BCK-algebras within algebraic and categorical frameworks.
Findings
The category of commutative BCK-algebras is reflective within BCK-algebras.
Sub-class of nilpotent BCK-algebras forms a sub-pseudovariety.
All finite BCK-algebras are nilpotent.
Abstract
We recall the derived subalgebra of a BCK-algebra, and use this to define the derived ideal. Using the derived ideal, we show that the category of commutative BCK-algebras is a reflective subcategory of the category of BCK-algebras. After this, we introduce central series and define a notion of nilpotence for BCK-algebras and prove some properties of nilpotence. In particular, for any variety of BCK-algebras, the sub-class of nilpotent algebras is a sub-pseudovariety, though in general not a variety. We also show that the class of BCK-algebras of nilpotence class at most is a sub-quasivariety of all BCK-algebras, and is a variety if and only if . We close by showing that every finite BCK-algebra is nilpotent.
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Taxonomy
TopicsRings, Modules, and Algebras · Advanced Algebra and Logic · Advanced Topics in Algebra
