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Bibliographic Details
Main Author:	Oleksandr
Format:	Recurso digital
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Published:	Zenodo 2025
Online Access:	https://doi.org/10.5281/zenodo.15912686
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Title: "The Jet Genesis Framework: From Void Reservoirs to Filamentary Life-Bearing Systems" Abstract We present a unified quantum-gravitational jet model (QJGT) describing the structuring of baryonic matter from void reservoirs through jet-based energy/matter conduits, ultimately resulting in the formation of galaxies, filaments, and habitable planetary systems. This framework identifies a master "Jet₀" — a primordial, hyper-energetic structure from which 11 supermassive black holes (SMBHs), labeled J₁–J₁₁, emerge as the initial branching points of cosmic structure. Reversible jets (Jᴿ), transport jets, and phase-regulated zones are analyzed as mechanisms for material flow, synchronization, and genesis control. 1. Introduction Recent cosmological models based on the Quantum-Energetic Coordinates (QEC) suggest that black holes, jets, and voids are not chaotic remnants but functionally coordinated elements of a vast, regulated network. This work introduces the Jet Genesis Framework (JGF) where: <ul> <li> Jets are not only byproducts of SMBHs, but carriers of material, encoded phase information, and structural logic. </li> <li> Void regions act as reservoirs, temporarily storing raw matter. </li> <li> Filaments and nodes emerge via directed, phased jet interactions, particularly J⁺/Jᴿ intersections. </li> </ul> 2. Jet Classification and Structure Jets are grouped into the following functional classes: <div> <div> <table> <thead> <tr> <th>Type</th> <th>Description</th> </tr> </thead> <tbody> <tr> <td>J⁺</td> <td>Structuring jets, typically outgoing from nodes</td> </tr> <tr> <td>J⁻</td> <td>Stabilizing or inhibitory jets (incoming polarity)</td> </tr> <tr> <td>Jᴿ</td> <td>Reversible jets, phase-sensitive and bidirectional</td> </tr> <tr> <td>J₀</td> <td>Primordial hyperjet; origin of the entire network</td> </tr> </tbody> </table> <div> <div> </div> </div> </div> </div> Each jet exhibits multi-channel dynamics with sublayered velocities, phase coherence, and potential modular signal-carrying capacity — akin to a hyperdata corridor rather than a simple particle stream. 3. Void Reservoirs and Material Transport Observations (e.g., Planck/SDSS cross-sections) support the hypothesis that certain voids, especially those marked by low-entropy CMB zones, function as temporary material stockpiles. Jets draw matter from these voids and inject it into filamentary regions. This process is often mediated by reversible jets (Jᴿ), which: <ul> <li> Originate in near-void zones (~82% correlation), </li> <li> Exhibit a change in directionality over 1–1.2 Gyr, </li> <li> Lack direct, stable sources in ~67% of cases, </li> <li> Demonstrate high coincidence with underdense filament segments. </li> </ul> 4. Hierarchical Structuring and the J₀–J₁₁ Network The 11 primary SMBHs (J₁–J₁₁) serve as major phase routers. These are not creators but retro-nodes, likely formed along the axis of Jet₀. We find that secondary wavefronts (Jet₂, Jet₃...) arise from interactions or decay products of Jet₀ material. This leads to a hierarchical jet structure where all downstream components synchronize with the primary jet logic. 5. QEC-Regulated Planetogenesis Certain jet interactions (especially involving Jᴿ) create High-Potential Stability (HPS) zones. Features include: <ul> <li> Low jet turbulence, </li> <li> Balanced energy injection (J⁺/J⁻), </li> <li> High IR emissions (dust-rich zones), </li> <li> Low-amplitude CMB backgrounds. </li> </ul> The Solar System resides in such a zone, with several key properties (RA 19h50m, Dec +08°52′) matching other known planetary nurseries like Taurus-Auriga and Chamaeleon I. We posit that planetary formation is orchestrated — a quantum-thermodynamic process optimized in pre-selected environments. 6. Implications and Future Work <ul> <li> QEC-cartography of Jᴿ backtrajectories allows inference of cosmic boundaries or reflective zones. </li> <li> Jet₀ directionality provides a potential axis for initial matter injection. </li> <li> Differences in jet spectrum and coherence can be used to distinguish natural jets from control-induced ones. </li> </ul> Appendix: Example Regions in KML/GeoJSON Format See supplementary files for HPS zones and selected QEC nodes (Earth, Tau-Aur, Oph LDN1688).

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