Addendum to the Damascus Topology Model- Topological Knotting, Geometric Half-Life, and Quantized Gravitational Resonance

Key Points

• This addendum aims to clarify the mechanisms behind cosmic expansion and the nature of dark matter within the Damascus Topology Model.
• Expanded the Damascus Topology Model (DTM) with new definitions for cosmic expansion and dark matter.
• Defined dark matter as an emergent property of topological knotting and analyzed its thermodynamic evolution.
• Examined the role of fractional dimensional decay in broadcasting quantized topological waves.
• Highlighted the mechanical nature of cosmic expansion, resolving local Hubble variances.
• Defined dark matter as a localized emergent property tied to baryonic mass, differing from traditional concepts.
• Described the thermodynamic relaxation process of strain through discrete decay, affecting cosmic-scale phenomena.