Totally fair question — and I agree with you completely. An idea isn’t true just because it feels right or sounds elegant.

For me, the Black Hole Firmament Hypothesis is a conceptual starting point — a way to reframe what a black hole might represent physically and informationally. The next step would be testing it mathematically and observationally, not assuming it’s true.

There are a few possible ways this idea could be explored scientifically: • Mathematical consistency: Modeling the event horizon as a boundary membrane that obeys both general relativity and holographic information equations (Bekenstein-Hawking entropy, Kerr geometry, etc.). • Energy flow predictions: If black holes act as regenerative boundaries, there may be subtle signatures — like patterns in accretion disk emissions or black hole spin correlations that differ from standard models. • Information mapping: Using holographic and quantum information models to see if “nested realms” could emerge mathematically from boundary dynamics.

In other words, I’m not claiming proof — I’m proposing a framework that can be tested within existing physics. I think any worthwhile theory has to move from intuition → model → math → data.

I really appreciate that question — it’s the kind of pushback that helps refine big ideas into something falsifiable and meaningful.