Scalar-Field Antecedents of Charge-Sector Reports and Interaction-Sign Readouts in EAS

This paper is archived as a speculative research work. This paper gives a compressed reconstruction of a 123-step EAS modeling sequence whose purpose is not to derive measured electric charge, Maxwell dynamics, Coulomb force, or QED, but to identify a scalar-field-native antecedent of finite charge-sector reports. The construction begins from EAS scalar-field ontology: scalar points, scalar values/signs, intrinsic handedness, rank-3 association records, active-slot/phase structure, ordered scalar-field presentations, and point-to-associate SOO comparisons. It then introduces finite report grammar, slot-parity constraints, nonzero scalar-value/sign loading, SOO-selected lifted support signatures, redressing and structured-vacuum support requirements, interaction-sign diagnostics through closure-defect behavior, and later-interface nonimport boundaries. The resulting claim is that a bounded scalar-field support with nonzero SOO-selected scalar loading can lift to one of three finite support reports: SFREF, SFCONJ, or SFSILENT. These may then be passed through a deferred interface report map Qb. The map Qb is not an ontology-level charge function. The result is pre-force, pre-Maxwell, and pre-QED.