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Emergent law formalization derived from the Network Torsion Model (DTR v3.0).
This work presents a unified theoretical framework in which space-time is modeled as a quantum entanglement graph whose metric emerges from topological node tension. The law establishes a critical torsion threshold (Rc = 42), beyond which rotating massive objects undergo a phase transition from an elastic-solid regime to a hydraulic-fluid regime, triggering a Topological Spin-Down event.
This process converts rotational kinetic energy into the physical creation of new spatial volume units, providing a local mechanism for space-time expansion and a dynamic interpretation of the cosmological constant. The model integrates phase limits, efficiency bounds, observational correlations, and predictive Snap probability mapping, positioning DTR as a testable emergent framework at the intersection of quantum gravity, cosmology, and high-energy astrophysics.
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Title EMERGENT LAW FORMALIZATION – NETWORK TORSION MODEL (DTR v3.0)
Emergent law formalization derived from the Network Torsion Model (DTR v3.0).
This work presents a unified theoretical framework in which space-time is modeled as a quantum entanglement graph whose metric emerges from topological node tension. The law establishes a critical torsion threshold (Rc = 42), beyond which rotating massive objects undergo a phase transition from an elastic-solid regime to a hydraulic-fluid regime, triggering a Topological Spin-Down event.
This process converts rotational kinetic energy into the physical creation of new spatial volume units, providing a local mechanism for space-time expansion and a dynamic interpretation of the cosmological constant. The model integrates phase limits, efficiency bounds, observational correlations, and predictive Snap probability mapping, positioning DTR as a testable emergent framework at the intersection of quantum gravity, cosmology, and high-energy astrophysics.
Work type Research papers, Thesis, Lecture notes
Tags quantum gravity, cosmology, black holes, theoretical physics, dark energy, emergent spacetime, network torsion, spacetime expansion, topological spin-down
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Registry info in Safe Creative
Identifier 2602204633206
Entry date Feb 20, 2026, 3:45 AM UTC
License All rights reserved
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Author 100.00 %. Holder Leonel Yocsua Hernandez Florez. Date Feb 20, 2026.
Information available at https://www.safecreative.org/work/2602204633206-emergent-law-formalization-network-torsion-model-dtr-v3-0-
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