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. Revision R5.2 expands the framework’s investigable extensions, strengthening the treatment of cross-scale transition behaviour, resonant thresholds, material response, reciprocal translation, resolution-potential reciprocity, bidirectional pinch-point transitions, and harmonic structure. It also develops nuclear and chemical binding, chain reactions, pressure-induced material change, conductivity, piezoelectricity, radioactive instability, radiative release, and the Big Bang as a readable boundary within deeper recursive continuity. The cumulative case has been refined accordingly while keeping the framework provisional and open to critique.
Stuart Iain Bond (Tue,) studied this question.