LoE–String Correspondence Hypothesis v3: R–Relativism and Emergent Dimensionality (with Simulation by Grok)

LoE–String Correspondence Hypothesis v3: R–Relativism and Emergent Dimensionality (with Simulation by Grok)

📄 Description (Zenodo Abstract / Summary)

This paper presents version 3 of the LoE–String Correspondence Hypothesis, merging the Logic of Existence (LoE) with String Theory through the principle of R–Relativism — a framework in which spacetime and the speed of light emerge from the rendering lag of a relational network of existence.

Unlike classical relativity, R–Relativism treats not as a fixed constant but as the coherence rate of synchronization between relational nodes. Dimensionality is not predefined; it arises dynamically from the connectivity and informational flow of the network.

A Python-based simulation by Grok demonstrates that effective dimensionality, an emergent , and a fine-structure–like coupling constant can appear spontaneously in a stochastic relational graph — offering a concrete numerical analogy to the LoE field equations.

Together, LoE (logic of being), String Theory (geometry of form), and R–Relativism (geometry of perception) form a triadic model of Relational Quantum Cosmology — where space, time, and consciousness are emergent modes of informational coherence rather than ontological primitives.

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🔬 Keywords

Logic of Existence (LoE);

R–Relativism;

String Theory;

Relational Quantum Cosmology;

Emergent Dimensionality;

Fine-Structure Constant;

Relational Physics;

Information Geometry;

Holography;

Chaos–Order Resonance;

Coherence Propagation;

Quantum Gravity;

Anthropic Observer;

Simulation by Grok.

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Theoretical Physics

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