Binding Across Scales in the MID/QC Substrate: From QCD Filaments to Nuclear Coherence Wells

Key Points

• Binding mechanisms across nuclear and quantum scales reflect a single geometric mechanism, indicating deeper physical connections.
• The study reveals that QCD filaments and nuclear coherence wells share a coherent physical foundation in substrate tension geometry.
• This analysis replaces traditional models with a unified concept of electromagnetic attraction, linking various forces through a stable tension framework.
• Highlights the need for re-evaluating fragmented force models in favor of a comprehensive understanding of physical structures.

Abstract