The Liquid Spinor Vacuum Framework Part2: Ontology & Microstructure

In the first part of the series (Monograph I), we presented a phenomenological model ofhadrons as topological knots, obtaining precise values for the proton mass (6π⁵) and atomicradii. This second monograph abandons the continuum approximation to investigate themicroscopic vacuum engineering from which these properties emerge. We postulate that the physical Substrate is a rigid, chiral quantum gas built from discreteelements (ETOMs) with nematic geometry. Applying the principles of thermodynamics andhydrodynamics to this medium, we demonstrate that: 1. Foundations: The speed of light (c) is not an impassable limit for matter, but a limit for thepropagation of transverse stress waves. The actual background dynamics are superluminal (vrms ≈ 137c), which restores local determinism to quantum mechanics and explains Bellnon-locality via pressure pilot waves (vL ≈ 20, 000c). 2. Unification: All four fundamental interactions are derived from a single SubstrateEvolution Equation. Gravity is identified as an osmotic pressure gradient (Bjerknes Force), electromagnetism as flow vorticity, and nuclear forces as Bernoulli effects and topologicalrupture. 3. Macroscale: Dark Matter and Energy are manifestations of gas thermodynamics andsuperluminal flows, while inertia is wave resistance (added mass). This work constitutes a complete ontological proposal, reducing abstract spacetime geometryand quantum probabilism to the classical mechanics of a superluminal fluid in Euclidean space. This upload contains both the English version and the Polish translation of the monograph available in PDF for standard reading and Markdown for machine analysis and formula verification.