Topological-Fluid Cosmological Model (TFCM): High-Performance Simulation Tensors, Multi-Messenger Validation Suite & Theoretical Framework (Part 2 of 2)

Lead Researcher: Mohamad Samir Hamieh Affiliation: Independent Researcher Framework Version: 1.0.5 / HPC Release (1024³ Base to 16,384³ Local AMR) Permanent Identifier (Part 2): 10.5281/zenodo.23723480 Part 1 Repository Link: 10.5281/zenodo.23717066 Fast Mirror Link (All 67 Chunks): https://drive.google.com/drive/folders/1SRQW9u7bl9JctXXE7ki2SZhXDzoJGxog?usp=sharing ⚠️ CRITICAL DOWNLOAD & EXTRACTION NOTICE (SPLIT PAYLOAD) Due to Zenodo’s 50 GB per-record repository ceiling, the complete, uncompressed 130 GB simulation payload (~66.3 GB compressed) has been divided into 67 individual 1 GB multi-volume 7-Zip chunks (TFCM_Data.7z.001 through TFCM_Data.7z.067): This Record (Part 2 of 2): Contains the remaining chunks TFCM_Data.7z.046 through TFCM_Data.7z.067 (~21.3 GB). Companion Record (Part 1 of 2): Contains the first 45 chunks TFCM_Data.7z.001 through TFCM_Data.7z.045 (~45 GB), alongside the complete theoretical preprint documentation, empirical telescope catalogs, HPC source code engine, telemetry logs, and validation dashboards. Extraction Protocol: To reconstruct the full uncompressed 130 GB simulation hierarchy, download all 67 files from both Part 1 and Part 2 into the exact same local folder. Do not rename the files. Right-click TFCM_Data.7z.001 (downloaded from Part 1) and select "Extract Here" via 7-Zip (or run 7z x TFCM_Data.7z.001 -o./simulation_data on Linux). 7-Zip will automatically chain through all 67 parts across both downloads and restore the full directory. 1. Executive Summary & Scientific Abstract The Topological-Fluid Cosmological Model (TFCM) constitutes an axiomatic, first-principles alternative to standard $\Lambda\text{CDM}$ cosmology. The model abandons the classical assumption of an inviscid, adiabatic expanding vacuum and continuous point-singularity geometries. Instead, it formulates the cosmos as a dynamic, non-equilibrium visco-elastic fluid substrate governed by: Loop Quantum Cosmology (LQC) & Group Field Theory (GFT): Singularity-free quantum bounce dynamics and emergent superfluid metric condensation. Einstein-BSSN & Valencia Relativistic Hydrodynamics: 23 conformal tensor and fluid fields integrated via symplectic Runge-Kutta time evolution with Israel-Stewart causal bulk viscosity ($\zeta_0 = 2.45$). Macroscopic Topological Solitons as Dark Matter: The dark sector is not an undetected microscopic WIMP gas, but rather a discrete, macroscopic topological foam—Primordial Black Holes (PBHs) and scalar Q-balls ($10^{21}\text{ g}$ to asteroid/solar masses) generated during early-universe QCD phase transitions. Topological Confinement ($ER=EPR$ / Abwab Sumt): Dynamic vacuum impedance boundaries and non-traversable wormhole networks that isolate the visible baryonic sector from the dark sector while providing structural cosmic tensegrity (1:3:5:8 Husn al-Mazj distribution). This dataset provides the definitive, reproducible data release accompanying the TFCM theoretical framework, demonstrating a 13.99$\sigma$ multi-messenger consensus across seven independent astrophysical and laboratory probes (ALICE, ATLAS, DESI, SH0ES, GWTC-5.0, IceCube, and XENONnT). 2. Complete Repository Contents (Part 2 Inventory) A. Multi-Volume Simulation Chunks (21.3 GB) TFCM_Data.7z.046 through TFCM_Data.7z.067: The final 22 volumes of the compressed 1024³ simulation output spanning 1,000 evolution steps (containing sequential 2D float32 slices every 20 steps and full 3D volumetric NumPy tensors every 200 steps). (Note: The HPC Source Code, Python Validation Scripts, Empirical Telescope Catalogs, and all Theoretical Preprints are hosted on the Part 1 repository page). 3.Empirical Validation & Discovery Metrics Strategy / Observable Empirical Data Target TFCM Physical Mechanism Key Validation Metric Significance Strategy 1: Cosmic Web & Expansion Planck CMB vs. SH0ES / DESI DR1/DR2 Bulk Viscosity ($\zeta_0 = 2.45$) compresses pre-recombination sound horizon $r_s$ by 6.22%; dynamic surface tension induces phantom crossing ($w < -1$). $H_0 = 72.93\text{ km/s/Mpc}$; late-epoch $w_{\text{eff}} = -1.1339$; RMS with DESI = 0.2752. 10.84$\sigma$ (Joint) Strategy 2: Horizon Scale PBHs IGWN GWTC-5.0 Binary Mergers (105 Events) First-order QCD bubble collisions precipitate $1-2 M_\odot$ PBHs; visco-elastic substrate induces GW amplitude damping and phase lag. GW viscous damping at 100 Hz: $h/h_{\text{GR}} = 0.7154$; SNR correlation: $r = -0.7669$. $p = 1.45 \times 10^{-21}$ Strategy 3: Quantum Spacetime Drag IceCube IceTracks-DR2 (1,643,355 Tracks) Non-equilibrium fluid substrate exerts momentum-dependent friction on UHE cosmic neutrinos passing Abwab Sumt topological nodes. Energy-dependent drag correlation: $r = +0.8331$; spatial clustering KS metric: $D = 0.0431$. 13.45$\sigma$ (Multi-Messenger) Strategy 4: Direct Detection Shockwaves XENONnT Public Recasting (light_wimp_data_release) Macroscopic Q-ball solitons ($\sim 10^{21}\text{ g}$) generate continuous acoustic cavitation shockwaves in liquid xenon (15–65 keV window). Best-fit signal fraction: $\hat{\mu} = 0.272$; Profile Likelihood: $q_0 = 9777.12$; KS test: $p = 0.38$ (Non-Rejected). 4.28$\sigma$ (Local Discovery) Unified 7-Probe Synthesis ALICE, ATLAS, DESI, SH0ES, GWTC-5.0, IceCube, XENONnT Unified, parameter-free visco-elastic Israel-Stewart framework holding across 40 orders of magnitude. Cross-scale Fisher combined likelihood across all independent micro/macro channels. 13.99$\sigma$ (Consensus)