Honeycomb Model: Rethinking Dark Energy and Dark Matter

This paper introduces a novel geometric interpretation of cosmic expansion and dark matter/dark energy phenomena using the Honeycomb model of spacetime. Within this framework, the universe is described as an unfolding tetrahedral-octahedral lattice (Honeycomb Unit), where missing tetrahedra and compensating octahedral distortions result in a volumetric "damping" effect. This self-regulating geometry re-frames dark energy as an emergent illusion driven by accumulated topological strain, and dark matter as spatial tension manifesting as invisible gravitational structure. The model proposes a unified, scale-invariant geometric explanation of cosmic evolution, rooted in discrete symmetry, spin networks, and quantum gravity.I have no website or social media presence. If you wish to contact me you can drop me an email at: [e-mail]