Beyond Absence: A Gradient-Based Model of Dark Matter and Dark Energy as Coherence Fields in Informational Space

This paper introduces a novel theoretical framework that reinterprets dark matter and dark energy not as physical substances, but as emergent phenomena arising from coherence gradients in a curved informational field. A scalar field \( \Phi(x^\mu) \) is proposed to represent the density of informational alignment across spacetime. Through a modified wave equation coupled with geometric and informational parameters, the model produces effective gravitational and expansive dynamics consistent with cosmological observations—without requiring undetected mass or exotic particles. Key contributions: A reinterpretation of dark matter as localized coherence-induced gravitational lensing A dynamic formulation of dark energy as tension within a global informational field Compatibility with Einstein’s field equations via a modified energy-momentum tensor A fully classical mathematical structure, testable through current cosmological data This model does not attempt to invalidate existing physics, but rather extends it—inviting further exploration of the interface between structure, coherence, and the evolving nature of reality. www.fluidthinkers.net