Illuminating Dark Matter & Energy: Living in a Fractal Universe

The two most profound cosmological mysteries that have long eluded scientific understanding are dark matter and dark energy. Despite decades of research, thousands of brilliant scientists, billions in funding, and the most advanced technologies ever created, we have yet to detect these phenomena directly. We can only observe their indirect effects—dark matter through galactic rotations that prevent galaxies from disintegrating under their own spin, and dark energy through the universe's expansion. Why do these mysterious components continue to evade detection? The answer is revolutionary: dark matter is not matter, and dark energy is not energy. Scientists have fundamentally misunderstood these phenomena, explaining their elusive nature. In this paper, I show how our universe is fractal, operating through recursive propagations (RPs)—a discrete and finite alternative to spacetime. Dark matter is bounded RPs existing within the fractal memory of existence called The Record, forming convergence and divergence zones. The Record provides coherence and structure for all things, including galaxies—explaining why gravity alone cannot account for galactic stability. Dark energy is unbounded RPs existing only in empty space and light, revealing that the universe does not expand through external forces, but unfolds sequentially as an inherent requirement of existence to update recursively. By analyzing galactic spin rotation data (SPARC) and supernova expansion data (Pantheon+), I empirically confirm the fractal interpretation of the universe, with over of observed velocity by radius explained in galactic rotations and a explained for supernova expansion using only the cubic regressions predicted by The Theory, no artificial adjustments, infinities, or hypothetical particles, forces, or computational fudge factors—results impossible in continuous spacetime models. These findings illuminate the darkness of the cosmos that has evaded our understanding for decades, allowing us to finally see the beauty of our fractal universe.