My Humble Idea of Our Black-Hole-Universe, Including Dark Matter

What if there is no singular "universe" as we imagine, but rather a vast collection of black-hole universes, ours included, nested adjacently? Each one is the interior of its own black hole. Picture this: 13.8 billion years ago, a massive black hole in a "parent" black-hole universe pulled in matter through its event horizon. This event sparked the creation of our black-hole universe as its inner space. That opening? It has long been isolated in a void, now undetectable, but still there—waiting for new mass to accrete and form fresh galaxies past the internal horizon.

The Nature of Space

Space folds as Einstein described, with no flat plane needed. Our black-hole universe nests among neighboring black-hole universes, back-to-back. Horizons shield light in both directions. They share gravity across boundaries, leaking just enough to clump cosmic filaments and steady galaxy spins. That's your dark matter: not particles, but tugs from adjacent black-hole universes. This explains why no two galaxies rotate the same.

The Role of Outward Pressure

Outward pressure varies by what's on the other side. Denser neighbor matter in the next black-hole universe pushes harder, mimicking dark energy's repulsion uniquely per galactic neighborhood. The James Webb Space Telescope's dark matter maps fit perfectly, revealing invisible scaffolding from surrounding black-hole universes.

The Unseen Horizons

We can't prove this yet; horizons block our view. However, this theory unifies gravity's mysteries without needing extra components. Science evolves, and perhaps this network of black-hole universes is the true architect of our cosmos.

Visualizing the Concept

With a little help from AI, I asked Perplexity.AI to write up the math for my concept. I was never that great at math. But what I lack in math skills, I can clearly see or visualize in a simplistic fashion. This is what Perplexity had to say about my concept:

Generated by Perplexity.ai

The opening to our universe. Our Black-Hole-Universe.

Another 3D visual of the outside opening into our Back-Hole-Universe

Galaxy visual of how side-by-side, black-hole-universes can act against each other (gravity interaction), acting like dark matter that pulls on galactic arms.

Conclusion

In conclusion, the idea of black-hole universes presents a fascinating perspective on our cosmos. It challenges our understanding of space, gravity, and the very nature of existence. As we continue to explore these concepts, we may uncover deeper truths about the universe and our place within it. The beauty of nature, much like art, lies in its complexity and mystery. I invite you to reflect on these ideas and consider how they resonate with your own understanding of the universe.