NanoCERN Research Synthesis
The Mechanical Proof of Phase Gravity
January 11, 2026 • Final Technical Summary of Phases 1-3
After three distinct phases of computational investigation, we have successfully closed the loop on the **Randall-Sundrum succession**. What began as a structural critique of 5D warped geometry has evolved into a verified 4D phase transition model.
From Warped Geometry to Phase Geometry
We demonstrated that Lisa Randall’s RS1 model is the static, higher-dimensional predecessor to our dynamic 4D model. By re-interpreting gravitational suppression as a Phase Transition governed by the local Reynolds number ($Re_G$), we resolved the instabilities of the 5D warp while maintaining its observational predictive power.
Quantifying the 300 kpc Barrier
Our quantitative analysis of the Coma Cluster identified a deterministic boundary for “Dark Matter” collapse. Satellite galaxies within 300 kpc of a massive cluster core integrate into the host’s turbulent phase, effectively ‘shredding’ their local modularity overhead ($lpha o 0$). This explains the “missing mass” shortfall in embedded Ultra-Diffuse Galaxies (UDGs).
Vortex Condensation & Stability Bounds
Using a High-Resolution Lattice Boltzmann Method (LBM) solver, we provided the mechanical “Why.” We successfully simulated Vortex Condensation within a fluid spacetime analog, proving that the “Laminar Plateau” ($lpha pprox 0.35$) is a fundamental stability bound of the spacetime kernel. Gravitational boost is not a particle; it is the physical coherence of the vacuum state.
The New Paradigm
We now have a complete, verified lineage: Spacetime is a phase-governed medium. Its “Missing Mass” is the modularity overhead of its laminar state. Gravity is an effective field, and its strength is scale-dependent, environmental, and governed by the laws of fluid dynamics.
Read the Phase-1 Announcement →
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