Geonics-Sciences V3.1: A Meta-Structural Framework of Interaction, Fields, Geometry, Emergence, and Collapse

Geonics-Sciences is a first-order meta-structural theoretical framework that studies what can structurally exist between multiple living systems, beyond single-organism dynamics and pairwise interaction. The framework introduces a minimal ontological chain that begins with empty interaction and proceeds through non-empty interaction structures, memory (trace), geonic fields as active background states, geonic geometry as a relational form of possibility, rare emergence of higher-order living entities, and inevitable instantaneous geonic collapse. Geonics is not an empirical or predictive science and does not provide engineering, optimization, or control prescriptions. Instead, it defines structural admissibility conditions and ontological boundaries for interaction-based phenomena. The theory is structurally falsifiable through internal contradiction or violation of its own limits and is open by definition. This release (V3.1) presents a consolidated first-order corpus, integrating the following components into a single coherent framework: interaction structures, geonic fields, geonic geometry, emergence theory, collapse and dissolution theory, applied interpretative geonics, methodological and epistemological foundations. The work is intended as a conceptual and diagnostic framework for interpreting complex multi-entity systems, not as an instrument for prediction or intervention.