Rotational Dynamics in the MID/QC Substrate Framework

Key Points

• Binding mechanisms arise from stable tension configurations across physical scales in the substratum.
• Important expressions of substrate tension geometry include qcd filaments and nuclear coherence wells, which enrich our understanding of fundamental forces.
• Observational analysis introduces a coherent physical foundation, reframing concepts like nuclear structure and electromagnetic attraction within substrate dynamics.
• The findings suggest new directions for exploring binding interactions, aiming to unify fragmented force models under a single framework.

Abstract