A precise proof of the n-variable Bekic principle
Jun Xu

TL;DR
This paper presents an inductive proof of the n-variable Bekic principle, demonstrating how a vectorial fixpoint of size n can be expressed through nested fixpoints in each coordinate following lexicographic order.
Contribution
It provides a rigorous, inductive proof of the n-variable Bekic principle, clarifying the structure of vectorial fixpoints in formal logic.
Findings
Proof confirms the validity of the n-variable Bekic principle
Nested fixpoints can be systematically constructed for vectorial fixpoints
The approach enhances understanding of fixpoint expressions in formal systems
Abstract
We provide a proof of the -ary Beki\v{c} principle, which states that a vectorial fixpoint of size can be written in terms of nested fixpoints in each coordinate according to lexicographic order. The proof is inductive.
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Taxonomy
TopicsMathematics and Applications · Advanced Topology and Set Theory · Mathematical Dynamics and Fractals
