Topological Charge and Dark Matter: \\ Numerical Calculations in Quantized Space-Time Model

This paper presents precise numerical calculations of topological charge and dark matter/energy parameters within the "hourglass" model framework. It demonstrates that quantization by prime numbers (\(p \in \mathbb{P}\)) and zeros of the zeta function (\(\gamma_n\)) enables computation of: (a) topological charges of known particles, (b) dark energy density, (c) dark matter interaction cross-sections. All predictions agree with observed values. The origin of all variables in the equations and their connection to topology and number theory are thoroughly explained.