From Classical Propositions to Non-Commutative Evaluation: Foundations for Structural Logic
Year: 2025
Type: article
Abstract: A New Kind of Logical Attention We’ve been taught to treat contradictions as fatal. As signs of inconsistency. As collapse. But the contradiction explored here doesn’t function that way. It arises at the border between systems—it signals a change of type, a transformation in logical regime. What looks like paradox from inside one structure becomes consistency in a deeper one, once we follow the correct transitions. These transitions aren’t metaphors. They can be modeled. Tracked. Translated. In this case, we’ve used substitutional logic, quantum commensurability constraints, and a functorial framework to explore how logical systems detach from each other, while remaining internally valid. It’s a model for how classical logic can be extended—not abandoned—to interface with quantum reasoning, type theory, and beyond. If you’ve read this far, you’re part of that kind of attention. The kind that sees logic not just as machinery, but as a map of the possible. We’re not just moving symbols—we’re modeling how entire systems of inference transform across boundaries. That means: ● Logical operators (like negation, implication) take on new meanings in different structural environments. ● Some contradictions in 𝒞 become necessary expressions in 𝒬. What we’re doing is a kind of logical renormalization: keeping the core shape, while adjusting the interpretive metric. You now have a formal reason to believe that logic isn’t monolithic. It’s layered, context-sensitive, and structurally migratable. The full "working papers" go deeper into how these transfers operate, and what it means to “proxy-modulate” one logic inside another. Think of it as detachment, not translation—a carefully controlled breaking of shared assumptions that lets new ones emerge.
Author: Patterson, William
Language: English
Topic: Advanced Algebra and Logic
Subfield: Computational Theory and Mathematics
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6893353071
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