ZIP Framework v3.0 presents ZIP as an architectural, meta-theoretical framework rather than a physical theory or model. The work introduces no new entities, fields, constants, or dynamical laws. Instead, it formulates necessary structural constraints that physically meaningful descriptions of reality must satisfy. At its core, ZIP proposes the ZIP Constraint Principle: any physically admissible effective theory must admit an interpretation in which its dynamics correspond to entropic relaxation under informational constraints. Information is treated as a measure of structural restriction, entropy as its physical manifestation, and energy, fields, geometry, and time as emergent effective descriptors within this constrained architecture. ZIP Framework v3.0 explicitly delineates its scope, limits, and non-ambitions. It does not seek to replace existing physical theories, unify forces, or provide new empirical predictions. Its role is architectural: to stabilize conceptual foundations, ensure interpretative coherence across scales, and constrain the space of admissible physical descriptions. This work serves as a stable reference framework upon which disciplined theoretical developments and domain-specific applications may be constructed.
Jakub Slahounek (Tue,) studied this question.