Article No. 5v2: Topology of Quantum Vortices in a Unified QC-Medium: Vacuum Cavitation, Genesis of Matter, and Silent Annihilation This paper presents a fundamental revision of the topological origins of matter within the Quantum-Crystalline (QC) medium framework, officially transitions to a Unified 3D Paradigm to achieve absolute mathematical cohesion. Space is modeled as a single, continuous, isotropic 3D-ocean where the unperturbed, laminar state of the QC-spin lattice represents the absolute vacuum. Under this framework, the primordial cosmological singularity is replaced by a deterministic "Vacuum Cavitation" event, which occurs when expanding macroscopic structural tension exceeds the finite elastic yield point of the space lattice. To relieve this mechanical overpressure, the torn edges of the spatial fabric recoil and twist into localized topological nodes, directly converting stored elastic potential energy into the rotational kinetic energy of vortices. Matter and antimatter are thus defined strictly by their geometric chirality as direct and inverted fluid vortices. Furthermore, a rigorous mathematical proof is provided for "Silent Annihilation," demonstrating that under precise phase resonance, opposing angular momenta cancel out entirely. This mechanical process viscously damps and converts the total rest mass energy directly into localized static torsional strain within the medium without the radiative emission of gamma photons, resulting in a microscopic expansion of inter-spin gaps. Finally, three testable empirical predictions are established to falsify this framework against standard quantum field theory: non-radiative micro-lensing during resonant annihilation, topological buoyancy of antimatter in gravitational fields due to exponential effective viscosity gradients, and spontaneous mechanical pair production driven by spatial tension at the boundaries of massive cosmic voids.
Zolottcev et al. (2026) studied this question.