What question did this study set out to answer?

The aim is to establish a geometric field theory that describes how meanings are influenced by observer interactions with dynamic fields.

April 15, 2026Open Access

Semantic Relativity: A Geometric Field Theory for Observer-Dependent Meaning

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This theory reveals how observer-dependent meanings evolve through structured field interactions, suggesting new insights in semantic understanding.

The aim is to establish a geometric field theory that describes how meanings are influenced by observer interactions with dynamic fields.
Developed a four-term Lagrangian to represent coherence, attractor binding, and regulatory constraints.
Formulated three coupled field equations based on seven axioms related to semantic geometry.
Identified conditions for compatible semantic metrics through observer coupling and developed a cumulative instantiation program.
Established three conservation laws through Noether symmetries, indicating energy conservation parallels to gravitational energy issues in general relativity.
Identified five necessary conditions for coherent agent self-direction, highlighting structural failures that disrupt agency.
Delineated twelve departure signatures from agency maintenance, classifying them into rigidity, fragmentation, inflation, and distortion.

Diesel Black (2026) studied this question.

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This theory reveals how observer-dependent meanings evolve through structured field interactions, suggesting new insights in semantic understanding.