EET Mathematical Foundations: Dimensional Analysis, Scaling Laws and Cross-Document Invariants
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Abstract
This document establishes the complete mathematical foundations of Energy-Efficiency Theory (EET), fully aligned with Core Rules v5.2 and the companion ontologies. It provides the dimensional analysis of all core parameters across the mother texts, formalizes the capacity geometry and unified action quantum, develops the graph-theoretic mathematics (Laplacian, spectral gap, Ollivier-Ricci curvature, spectral embedding), derives the hierarchical scaling laws from the universal exponent $\alpha \approx 0.6$, and presents the response pool dynamics and variational principle. Version 2.3 integrates all variables from the cognitive constitution—including consciousness indices ($I_{\mathrm{causal}}$,…
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Topics
Keywords
- Mathematical theory
- Core (optical fiber)
- Convergence (economics)
- Set (abstract data type)
- Mathematical model
- Graph
- Graph theory
UN Sustainable Development Goals
- Affordable and clean energy
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