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 expands the framework’s treatment of cross-scale informational balance and observer-centred inversion geometry. Sections 2.3.6 and 2.3.7 now distinguish more clearly between compressed microscopic potential, bounded coherence, and extended gravitational geometry, using two placeholder figures to illustrate scale-balance and inward/outward inversion. The update also refines the observer’s role as a local coherence structure between opposing resolution limits, and clarifies that energies expressed across scale may be understood both as consequences of the system’s balancing geometry and as local drivers of its ongoing reorganisation. A new Glossary of Terms has also been added to support readability, clarify key framework-specific terminology, and provide readers with a concise reference for the major concepts used throughout the manuscript.
Stuart Iain Bond (Tue,) studied this question.
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