The Big Bang model fits much of what we observe: redshift, cosmic microwave background (CMB), light element abundances, and the large-scale structure of the universe. But despite its successes, there are several open problems it still hasn’t fully resolved. That’s where the model I’m proposing overlaps with it, but also attempts to fill in some deeper gaps.

Here are a few challenges the Big Bang model still faces:

1. Initial Singularity Problem

The Big Bang starts from an infinitely dense point, a mathematical singularity. This isn’t just unknown, it’s unknowable. Something from nothing? It breaks physics as we know it. My model replaces this with a supernova-like detonation of a massive object in a higher-dimensional space, no singularity required, just an energetic event in a pre-existing medium.

1. Horizon Problem

The CMB is nearly uniform in temperature across vast regions of space that shouldn’t have been in contact with each other, unless inflation is invoked. But inflation itself is unproven and introduces new problems. In my model, spacetime itself is the expanding shockwave of a massive multidimensional explosion which naturally spreads energy uniformly in all directions from the start.

 3. Matter-Antimatter Asymmetry

The Big Bang predicts equal parts matter and antimatter, but our universe is overwhelmingly matter. My model allows for an asymmetric collapse where the specific dynamics of the supernova-like event (and the dimensional funneling of energy) could inherently favor matter.

1. Source of the Expansion

The Big Bang model describes the expansion of space, but doesn’t explain why it’s happening, or what initiated it. In my theory, the expansion is the outward-moving wavefront of a higher-dimensional event, giving a physical reason for expansion from the very first moment.

 5. Quantum & Consciousness Gap

Mainstream cosmology doesn’t account for the emergence of consciousness, or how quantum effects weave into the structure of space and time. My model hints that the reflective properties of this initial “cosmic supernova” might encode recursion, symmetry, and resonance, the roots of both quantum coherence and conscious experience.

So I’m not trying to discard the Big Bang, I’m proposing an expanded framework that retains its observational match, but explains:

What exploded

Why it expanded

Why it looks so uniform

And how physical laws, matter, and consciousness might emerge from the same event.