Primary Cosmological Expansion via Field Phase Transition and Dark Matter Engineering

Abstract / Description: This record contains foundational preprints outlining a non-standard cosmological framework based on continuum field mechanics and non-linear dissipation dynamics. Part 1 (Field Phase Transition Dynamics): Formulates the primary cosmological expansion not as an isotropic thermal explosion, but as a critical phase transition within a high-velocity dark matter (DM) vector field flow J_{DM}. By applying a non-linear dissipation operator D(\nabla\times A), the model demonstrates how baryonic energy nodes emerge naturally at topological vortex intersections, bounding the initial state and resolving spatial singularities. Part 2 (Field Engineering Hypothesis - Executive Manifesto): Summarizes the core operational dynamics into 10 key theses, transitioning from the primordial dark matter ocean and flexible spiral wave channels to the physics of baryonic matter formation, weak gravity, and future engineering applications based on field geometry and resonance tuning. Keywords: Dark Matter, Cosmological Phase Transition, Field Mechanics, Non-linear Dissipation, Topology, Baryonic Genesis, Field Engineering. Session ID. 053300176270b495900eaaa2da11bac26bc4cce3a36dc0439ea939dc2f8b07493f