The Fractal Information Principle: A Coordinated Inquiry Into a Unified Logic of Existence — Revision R5.9

The Fractal Information Principle is an independent interdisciplinary conceptual framework exploring whether informational distinction, recursive organisation, relational coherence, and boundary behaviour may underlie the emergence of structure, matter, spacetime, consciousness, and recursive intelligence. This upload includes the stable PDF manuscript, the editable DOCX source file, and a SHA-256 checksum file for verifying the digital integrity of the uploaded files. This revision strengthens the framework’s treatment of cross-scale informational balance, reciprocal translation, and observer-centred inversion geometry. Sections 2.3.3 and 2.3.6 now clarify nuclear binding, gravitational return, and informational potential as scale-dependent expressions of relational imbalance, with pinch-point transition used to describe how compressed or over-extended configurations may release, collapse, transform, or translate into another regime. Section 2.3.6 also refines the scale-balance model around bounded observer coherence, including hydrogen as an inward analogy for the simplest stable elemental configuration and gravitational collapse as its outward inverse. Section 2.3.7 has been tightened to reduce repetition while broadening gravitational endpoints, singularities, black holes, and cosmological boundaries as possible regime transitions rather than only returns to the primordial whole. Section 2.3.8 and Research Theme 6 now introduce periodic structure as a possible investigable field for coherence thresholds, closure ratios, harmonic constraint, and elemental stability.