Theory Of Imbalance Of Energy v2.0. Synthesis PAPER 7- A Synthesis of Interaction Imbalance Dynamics and Gravitational Saturation within the Theory of Imbalance of Energy

This paper synthesizes the results established across Papers 0–6 of the Theory of Imbal
ance of Energy (TIE). Rather than introducing new mechanisms or mathematical structures,
the present work consolidates conclusions that have independently survived internal consistency
checks, stress testing, and elimination of competing interpretations. The synthesis identifies
a minimal classical framework in which interaction possesses internal temporal structure, re
duced descriptions necessarily lose dynamically relevant state, inertia emerges from delayed
redistribution, gravity arises from large-scale accumulation of interaction imbalance, geometric
formulations function as effective descriptions, and black holes correspond to saturation regimes
of redistribution. By compressing these results into a single logical structure, the paper clarifies
what is now fixed within the framework, delineates its domain of validity, and outlines necessary
observable consequences. This synthesis concludes the foundational phase of development and
establishes constraints that subsequent predictive and explanatory work must satisfy