Geogenesis — A Geometric Reinterpretation of Dark Matter, Dark Energy, and the Universe's Emergence

Geogenesis proposes a geometric reinterpretation of the dark sector—specifically dark matter and dark energy—as emergent effects of curvature dynamics within spacetime. Inspired by Einstein’s geometric legacy and Wheeler’s geometrodynamics, the model frames the universe’s emergence as a rupture in a pre-existing equilibrium. The surrounding geometry reacts to this disruption, forming compressive zones (dark matter) and boundary tension (dark energy) as it seeks stability. While the theory is currently qualitative, it aligns with ΛCDM’s observable predictions and offers distinct falsifiable outcomes, such as the eventual dissipation of dark matter halos and declining dark energy. Geogenesis invites mathematical formalization and empirical scrutiny as a step toward reconciling geometric structure with cosmological behavior.