Published August 19, 2026 | Version v1

Manifesto of Mathematical Semiotics

  • 1. Independent Scholar

Description

Semiotics needs to move beyond a linear point to point theory of communication to a topological model of field interactions between nonfungible entitities which are asymmetric and might be biological, silicon, or text. This interaction carries weight and may transform the receiver and their future potentialities. Rather than open and shut boolean logic, these interactions are governed by non-classical and intuitionist logic which keeps the possibility set open. The planar model of communication functions on a simple probability model that does not capture true interaction, where both parties are subject to change, but weights towards cliche and what has gained wide acceptance. A topological model of field interactions weights towards innovation and discovery.

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Additional titles

Alternative title (English)
Foundations, Axiomatic Architecture, and Open Problems for a Science of Interpreted Fields

Related works

Has part
Other: 10.5281/zenodo.21982511 (DOI)
Other: 10.5281/zenodo.21998218 (DOI)