Category:
Research Papers
Sub-Category:
Mathematical Physics
Date Published:
January 9, 2026
Keywords:
DFST, UQE, quantum gravity, dark matter, gravimagnetic sector, amorphicity
Abstract:
Abstract.
We develop the Universal Quantum Equilibrium (UQE) and Dynamic Flux Stabilisation Theory (DFST) framework as a unified, quantum‑gravity‑rooted description of dark matter. Section 1 introduces the motivation, context, and observational tensions that motivate extensions to ΛCDM, providing the empirical foundation for the DFST approach. In this framework, dark matter is not introduced as a new particle species but emerges from the stabilised sectoral structure of the quantum stress–energy tensor.
DFST partitions excitations into gravitemporal (scalar), coherence (tensor‑like), amorphicity (macro‑scalar, quasi-particles), dark‑sector amorphicity (hidden‑sector macro‑scalar), gravimagnetic (vector, divergence‑free), and composite modes, all generated through entropy‑flux and information‑flux routing. The gravimagnetic sector is represented by the transverse, divergence‑free vector field (G_i) introduced in Section 3, ensuring that the gravimagnetic contribution is gauge‑fixed, physical, and fully consistent with the scalar–vector–tensor decomposition used in cosmological perturbation theory.
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