A deterministic framework in which the physical vacuum is a gas of dipolar cells — bifilar transmission lines held at impedance match. Einsteinian geometry emerges as the averaged elasticity of the medium.
Space is described at every point by three fields. The whole phenomenology — gravity, light, entanglement — follows as regimes of a single transmission-line electrodynamics.
Refraction of the impedance field is gravity. An exponential profile Z(r) = Z₀·e^(2GM/rc²) reproduces Schwarzschild at every tested order.
Cell rotation lowers the local impedance — the frame-dragging analogue, and the door to c_eff > c₀ in the wake.
Orientational order of the dipolar gas. Quadrupolar nematic: it carries the tensor sector (+/× gravitational waves) without making the vacuum birefringent.
Ordered by accessibility and decisiveness. The first has no adjustable parameter — a ratio of two pure constants.
This framework originated from a human core idea, initially developed, formalized, and verified using AI tools for its early versions. To transition from an exploratory model to a fully validated framework, the Dipolar Strings project is now actively seeking a qualified administrator (physicist / academic background) to lead, refine, and push the research to the next level.