DARK MATTER AND BARYON ASYMMETRY WITHOUT NEW PARTICLES Two Contributors: Tunneled Gravity + Antimatter Remnants
Geometry + antimatter remnants (speculative)This framework proposes that the observed dark-matter signature could arise without introducing a new particle species, through two contributions.Tunneled gravity: curvature extends into the added spatial dimension yet continues to influence motion within 3D space. Some of what we interpret as missing mass could be the residual gravitational effect of curvature distributed through (and partly stored in) 4D while still coupling back to 3D.Primordial antimatter remnants: weak-force CP violation may have biased early-universe decay pathways so that some antimatter effectively returned to the pre-physical reservoir of ordered information, leaving a primarily gravitational/spatial imprint after other detectable attributes are removed.In this picture, dark matter is not a single substance but a gravitational shadow: the combined influence of curvature distributed across the added dimension and gravitational imprints left by early antimatter decay. The same CP-violation ingredient that enables antimatter asymmetry is therefore suggested as a possible link to baryon asymmetry-why the universe ended up with more matter than antimatter.