Rupture Zones and the Unified Medium: A Field-Theoretic Model of Gravity, Matter, and Spacetime Structure

This manuscript develops a unified field-theoretic model in which gravity, electromagnetism, quantum coherence, and matter formation emerge from a single underlyingmedium. The theory is built on three interacting fields: a scalar density field S, a vectordirectional field Uµ, and a coherence field Ψ. Gravitational effects arise from gradients in S, electromagnetic-like behavior emerges from excitations of Uµ, and quantumphenomena correspond to variations in Ψ.A central prediction of the model is the existence of rupture zones, finite-volumeregions where the medium reaches a critical density Sc, causing spacetime to collapsewithout forming singularities. Matter is interpreted as stable density–coherence configurations of the medium, while dark matter arises naturally from transient densitystabilization fluctuations analogous to WIMPs.The resulting framework reproduces the weak-field limit of general relativity [1–3],avoids singularities [6,7], and provides a unified explanation for gravitational dynamics,matter formation, and cosmological structure.