Abstract
Building on observed similarities in uniqueness proofs for the empty set and the Necessary Existent (Wājib al-Wujūd), this study engages the meta-methodological issue of cross-system commensurability. It identifies four instances of structural commensurability between Zermelo-Fraenkel set theory with Choice (ZFC) and Mulla Sadra's Transcendent Wisdom (Ḥikmat al-Muta'āliyah). First, identity principles: the Axiom of Extensionality provides a formal operational criterion analogous to the philosophical principle of identity through absence of distinguishing features. Second, multiplicity mechanisms: ZFC's constructor axioms (bottom-up construction) and emanation principles (top-down explanation) address analogous problems with inverse orientations. Third, transcending limitation: the Axiom of Infinity ensuring quantitative extensional infinity addresses a problem formally parallel to (though ontologically distinct from) principles of gradation and nobler possibility demonstrating qualitative intensive perfection. Fourth, foundation principles: the Axiom of Regularity and impossibility of infinite regress both prohibit vicious circularity and guarantee well-foundedness through comparable logical patterns. The results suggest constraints on rational frameworks: while ZFC and Transcendent Wisdom are ontologically distinct, this analysis demonstrates they are relatively commensurable regarding their problem-solving strategies for universal challenges (identity, multiplicity, infinity, foundation), despite radical differences in content and epistemological status.
Recommended Citation
MAAREFVAND, Mohammadjavad
(2026)
DOI: https://doi.org/10.31979/2151-6014(2026).170108
"A Cross-System Analysis of Structural Commensurability Between Axiomatic Foundations of Set Theory (ZFC) and the Principles of Transcendent Wisdom,"
Comparative Philosophy: Vol. 17:
Iss.
1, Article 8.
Available at:
https://scholarworks.sjsu.edu/comparativephilosophy/vol17/iss1/8
Included in
Comparative Philosophy Commons, Logic and Foundations of Mathematics Commons, Physical Sciences and Mathematics Commons
