Abstract
Traditional linguistics, philosophy, formal semantics, and computational logic treat the positive form as
an absolute foundation and build comparisons upon it. This paper demonstrates that this hierarchy
turns epistemic reality upside down: the positive is a pragmatically frozen comparative. By treating the
noun itself as a comparative sorting algorithm operating on power sets, we introduce an inherently
comparative framework. By means of comparative truth tables we show the cross-d…
Read moreAbstract
Traditional linguistics, philosophy, formal semantics, and computational logic treat the positive form as
an absolute foundation and build comparisons upon it. This paper demonstrates that this hierarchy
turns epistemic reality upside down: the positive is a pragmatically frozen comparative. By treating the
noun itself as a comparative sorting algorithm operating on power sets, we introduce an inherently
comparative framework. By means of comparative truth tables we show the cross-disciplinary utility of
this unified logic by applying it to major paradoxes and systemic failures: the resolution of the Sorites
and Zeno's paradoxes, Russell's catalogue paradox, his riddle about the king of France and his
description of “becoming”, the architectural fix for SQL's trivalent NULL anomalies in relational
databases, the topological reinterpretation of quantum superposition (Schrödinger's Cat), the
formalization of contrastive machine learning gradients (video actions, gastronomic Scoville scales, and
interlingual translation gaps) and finally a treatment of Counterfactual Conditionals by means of a
comparatively interpreted Failure-Operator. The paper ends with a few summary remarks on the
support by AI I received in writing and the advantage the use of AI may mean for certain categories of
authors