Theory Of Imbalance Of Energy v2.2- Explanation PAPER 1- The Substrate: Necessary Conditions for Interaction, Delay, and Structure

The prediction phase of the Theory of Imbalance of Energy (TIE v2.1) established a closed
set of structural constraints implied by finite interaction propagation, without reference to phys
ical mechanisms or ontology. These constraints include delayed corrective influence, limits on
coordination, and the emergence of persistent bounded domains. The present paper initiates
the explanatory phase (TIE v2.2) by addressing the minimal explanatory requirement left open
by the prediction layer: what must physically exist for interaction, delay, and persistence to
occur at all.
This work demonstrates that the v2.1 constraints cannot be realized by purely abstract
relations, geometric descriptions, or action-at-a-distance formulations. Finite propagation and
delayed correction require a physical substrate capable of local response, temporary imbalance
storage, and finite-speed transmission of disturbance. The paper derives the minimal properties
such a substrate must possess while deliberately avoiding premature identification with known
physical constructs. No claims are made here regarding gravity, particles, quantum behavior, or
cosmology; these are deferred to subsequent papers where they arise as unavoidable consequences
of the substrate established in this work.