Advances in the Geometrically-Based Ω-Model for Atomic Physics: Torsional Interactions and Spectral Predictions

In this paper, we present a refined version of the Ω-Model, which unifies gravity and electromagnetism through a dual-frequency geometric framework. The model’s application to atomic systems is further explored, with key insights into torsional interactions, the scaling of the torsional frequency γ, and the prediction of atomic spectrallines. This approach provides an alternative to traditional quantum mechanical models by incorporating geometric curvature, which leads to predictions in excellent agreement with experimental data. We highlight the significant discoveries made during our exploration, particularly focusing on hydrogen-like atoms, multi-electron systems, and their spectral behaviors.