Semantic Physics: Field Dynamics of Meaning Systems

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Authors: Tzu Yuan Huang
Cited by: 0

Abstract

This registration documents the research program known as Semantic Physics. Semantic Physics proposes a theoretical framework for analyzing meaning systems as relational fields whose structure and evolution arise from patterns of semantic density, structural pressure, curvature, and interpretive drift. Rather than treating meaning as a property of isolated symbols, the framework approaches languages, narratives, beliefs, and knowledge systems as dynamic environments shaped by interactions among observers, institutions, and communication processes. The project aims to develop a general systems perspective on meaning environments, including scientific paradigms, cultural narratives, ideological structures, and digital information ecosystems. The present registration records the conceptual foundations of the theory and outlines the research direction for the continued development of Semantic Physics. Meta-Writing Ecology: metawritingecology.org

Fields of Study & Subjects

Semiotics and Representation Studies Scientific Research and Philosophical Inquiry Philosophy of Biology and Scientific Explanation

Publication details

Journal / source
Open Science Framework
Publication date
1 January 2026
Language
EN