The Intrinsic State of Matter: Cuprate-Fitted Scaling, Dimensional Rigor, and Stochastic Shielding Fractal Quantization Model
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2026
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| _version_ | 1866902246349864960 |
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| author | Cruz, Gilmar Bezerra da. |
| author_facet | Cruz, Gilmar Bezerra da. |
| contents | <p>Version 8.0-Correted of the Fractal Quantization Model (FQM) consolidates the rigorous</p> <p>Eective Field Theory (EFT) framework with the Golden Axiom Φ</p> <p>DΦ = e</p> <p>Φ (where</p> <p>DΦ = Φ/ ln Φ ≈ 3.362), six key improvements (dimensional hierarchy, thermal correction, energy-dependent mass, fractal diusion, microscopic Hamiltonian, quality</p> <p>metric), and microscopic derivations via renormalization group (RG) ows, AltlandZirnbauer Class A topology, multifractal superconductivity, and Keldysh fracton</p> <p>dynamics. This corrected unication resolves prior inconsistencies (e.g., erroneous</p> <p>cuprate-tted DΦ ≈ 4.512 and scaling factor f ≈ 8.77 are replaced by consistent</p> <p>exp(αΦ) scaling from rst principles), incorporates a strong-coupling Eliashberg</p> <p>kernel and metalinsulator criticality, and adds an industrial prototyping roadmap.</p> <p>The framework is mathematically closed, dimensionally consistent, and ready for</p> <p>experimental deployment across superconductivity, materials science, and quantum</p> <p>sensing. Empirical validation spans 16/16 data points; prototypes P1P5 are fully</p> <p>specied with estimated costs of USD 345k over 12 months.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18811139 |
| institution | Zenodo |
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| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | The Intrinsic State of Matter: Cuprate-Fitted Scaling, Dimensional Rigor, and Stochastic Shielding Fractal Quantization Model Cruz, Gilmar Bezerra da. Intrinsic State, Thermodynamic Decoupling, Fractal Quantization, Golden Ratio, Forward Osmosis, Quantum Topology, Room-Temperature Superconductivity, Precision Medicine. <p>Version 8.0-Correted of the Fractal Quantization Model (FQM) consolidates the rigorous</p> <p>Eective Field Theory (EFT) framework with the Golden Axiom Φ</p> <p>DΦ = e</p> <p>Φ (where</p> <p>DΦ = Φ/ ln Φ ≈ 3.362), six key improvements (dimensional hierarchy, thermal correction, energy-dependent mass, fractal diusion, microscopic Hamiltonian, quality</p> <p>metric), and microscopic derivations via renormalization group (RG) ows, AltlandZirnbauer Class A topology, multifractal superconductivity, and Keldysh fracton</p> <p>dynamics. This corrected unication resolves prior inconsistencies (e.g., erroneous</p> <p>cuprate-tted DΦ ≈ 4.512 and scaling factor f ≈ 8.77 are replaced by consistent</p> <p>exp(αΦ) scaling from rst principles), incorporates a strong-coupling Eliashberg</p> <p>kernel and metalinsulator criticality, and adds an industrial prototyping roadmap.</p> <p>The framework is mathematically closed, dimensionally consistent, and ready for</p> <p>experimental deployment across superconductivity, materials science, and quantum</p> <p>sensing. Empirical validation spans 16/16 data points; prototypes P1P5 are fully</p> <p>specied with estimated costs of USD 345k over 12 months.</p> |
| title | The Intrinsic State of Matter: Cuprate-Fitted Scaling, Dimensional Rigor, and Stochastic Shielding Fractal Quantization Model |
| topic | Intrinsic State, Thermodynamic Decoupling, Fractal Quantization, Golden Ratio, Forward Osmosis, Quantum Topology, Room-Temperature Superconductivity, Precision Medicine. |
| url | https://doi.org/10.5281/zenodo.18811139 |