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Version 8.0 of the Fractal Quantization Model (FQM) consolidates the rigorous
Eective Field Theory (EFT) framework with the Golden Axiom Φ
DΦ = e
Φ (where
DΦ = Φ/ ln Φ ≈ 3.362), six key improvements (dimensional hierarchy, thermal correction, energy-dependent mass, fractal diusion, microscopic Hamiltonian, quality
metric), and microscopic derivations via renormalization group (RG) ows, AltlandZirnbauer Class A topology, multifractal superconductivity, and Keldysh fracton
dynamics. This corrected uni cation resolves prior inconsistencies (e.g., erroneous
cuprate- tted DΦ ≈ 4.512 and scaling factor f ≈ 8.77 are replaced by consistent
exp(αΦ) scaling from rst principles), incorporates a strong-coupling Eliashberg
kernel and metalinsulator criticality, and adds an industrial prototyping roadmap.
The framework is mathematically closed, dimensionally consistent, and ready for
experimental deployment across superconductivity, materials science, and quantum
sensing. Empirical validation spans 16/16 data points; prototypes P1P5 are fully
speci ed with estimated costs of USD 345k over 12 months.
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Title The Intrinsic State of Matter Unied Scaling from Ab Initio Quantum Topology to Universal Macroscopic Engineering Fractal Quantization Model (FQM) Version 8.0
Version 8.0 of the Fractal Quantization Model (FQM) consolidates the rigorous
Eective Field Theory (EFT) framework with the Golden Axiom Φ
DΦ = e
Φ (where
DΦ = Φ/ ln Φ ≈ 3.362), six key improvements (dimensional hierarchy, thermal correction, energy-dependent mass, fractal diusion, microscopic Hamiltonian, quality
metric), and microscopic derivations via renormalization group (RG) ows, AltlandZirnbauer Class A topology, multifractal superconductivity, and Keldysh fracton
dynamics. This corrected uni cation resolves prior inconsistencies (e.g., erroneous
cuprate- tted DΦ ≈ 4.512 and scaling factor f ≈ 8.77 are replaced by consistent
exp(αΦ) scaling from rst principles), incorporates a strong-coupling Eliashberg
kernel and metalinsulator criticality, and adds an industrial prototyping roadmap.
The framework is mathematically closed, dimensionally consistent, and ready for
experimental deployment across superconductivity, materials science, and quantum
sensing. Empirical validation spans 16/16 data points; prototypes P1P5 are fully
speci ed with estimated costs of USD 345k over 12 months.
Work type Article
Tags thermodynamics, intrínsec state, fractal quantization, superconductivity, decoupling, precion medicine
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Identifier 2602284719135
Entry date Feb 28, 2026, 6:16 AM UTC
License Creative Commons Attribution 4.0
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Author. Holder Gilmar Bezerra da Cruz. Date Feb 28, 2026.
Information available at https://www.safecreative.org/work/2602284719135-the-intrinsic-state-of-matter-unied-scaling-from-ab-initio-quantum-topology-to-universal-macroscopic-engineering-fractal-quantization-model-fqm-version-8-0
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