Superfluid Universal Model (MUS-AG): Hydrodynamic Grand Unified Theory and N-Body Deterministic Resolution

This scientific Dataset presents the Superfluid Universal Model (MUS-AG), a physical-mathematical framework that unifies the fundamental forces and deterministically solves the N-Body Problem. Operating under strict cosmic reverse engineering, the model eradicates the anomalies of orthodox physics (singularities, dark matter, orbital chaos, and the passive vacuum). The MUS-AG replaces the space-time continuum with "Pre-matter": a hyperdense, continuous substrate thermo-regulated at 2.7 Kelvin, operating as a Hyper-rigid Effectively Incompressible medium. It is mathematically and algorithmically demonstrated that gravity is not an action-at-a-distance, but a Hydrostatic Thrust governed by the Magna Formula, and that atomic interactions obey shockwave resonance and fluid cavitation. ARCHIVOS INCLUIDOS EN ESTE DATASET (MANIFEST): 1. CORE THEORETICAL FRAMEWORK (PDFs): MUS-AG ENGLISH.pdf: Foundational treatise, conceptualization of Pre-matter and mathematical formalization of hydrodynamic postulates. ToE Document.pdf: Derivation of the Magna Formula and unification of gravity, electromagnetism and nuclear forces. N Body Solved.pdf: Causal and deterministic resolution of orbital chaos through passive isobaric navigation. 2. COMPUTATIONAL ENGINES & EMPIRICAL PROOFS (Python / Jupyter Notebooks): Postulates Verification.py: Algorithmic validation of the basic postulates of the MUS-AG Cluster. Code ToE.py: Executable code that unifies forces and reveals the measurement bias of particle colliders (Femtometric Venturi Effect). N Body Verification.py: Interactive topographic rendering of the Jovian system (including hyperbolic invasion) and Earth-Moon binary system, demonstrating perfect hydrodynamic buoyancy without tensor feedback.