"Black Marbles", a Prime-Based Resonance Model for Black Hole Distribution, Emergence of Materiality and Space-Time

We propose and test a novel theoretical model suggesting that black hole dis tribution follows a resonance-based organizational framework linked to prime loci. This approach redefines black holes as hyper-dense, time-neutral states of matter, shaping perceived reality through vibrations, interference, and wave harmonics. Our simulations over the Virgo cluster, validated across three ad ditional regions, reveal statistically significant correlations between black hole spatial distributions and prime loci. These findings challenge conventional views on structure formation, suggesting that spacetime and material existence emerge from a deeper, mathematically governed resonance model.