A Non-Anthropocentric Coherence-Based Model for Conditional Interaction Phenomena

This project presents a non-anthropocentric, coherence-based theoretical framework for conditional interaction phenomena. The model conceptualizes interaction as a coherence adjustment process between compatible system–environment configurations, without assuming information transfer, agency, or symbolic communication. Importantly, interaction is not treated as a universal condition, but as a contingent outcome dependent on the existence of a minimal coupling state between systems. In this context, observable phenomena arise only when coupling is established, while systems may exist without being relationally defined relative to each other. This distinction separates existence from observability, redefining interaction as a conditional property rather than an inherent feature of all systems.