Universal Recursive Dynamics - Paper A: Originary Structural Conditions

This paper develops the originary structural conditions presupposed by the Universal Recursive Dynamics framework. The argument operates at a level prior to physics, cosmology, neuroscience, and operationally specified empirical modeling. It does not compete with those disciplines. It asks what structural conditions must obtain for the objects, systems, environments, exchanges, and individuated participants those disciplines describe to be specifiable at all. The paper advances four linked claims. First, temporal expressions of Being are operations of information exchange, not operations performed upon a prior material substrate. Materiality is what structured information exchange produces and sustains. Second, the originary relation that makes such operation possible is the instantiation of concomitance: a co-constitutive relation in which ground and expression become available as co-aspects of one structural fact rather than as independently existing terms that later interact. Third, asymmetry is stratified. At the originary level it appears as exclusion-form or non-return; at the co-constitutive level as predominance and fragility; and at the temporal-field level as viscosity, or resistance through information exchange. Fourth, individuation requires position-uniqueness: no two participants in information exchange can occupy the same topological position as the same participant at the same event of exchange. The paper engages Pauli exclusion, Gaztañaga et al.'s exclusion-driven bounce model, Friston's Free Energy Principle, and Lambda-CDM as physics-facing and formal interlocutors. These engagements are not offered as empirical confirmations of the framework's foundational claims. They are structural correspondences that illuminate how the framework's prior-topology question relates to descriptive levels that operate within already-conditioned topology. The paper closes by naming the unresolved frontiers opened by the argument, grouped as: formal grounding of the instantiation of concomitance and the three-level conditioning relation; operation as being-internal for co-constituted structures (the entanglement-as-mutual-responsiveness question); the encoding question; physics-facing homology relations including position-uniqueness/exclusion and the framework/FEP/Lambda-CDM relations; and the typology of organizational modes of exchange.