Inchrononym Fractal Emergence Model (IFEM)
Year: 2025
Type: article
Abstract: The Inchrononym Fractal Emergence Model (IFEM) Version 4 presents a theoretical transition from geometric fractality to informational emergence as the foundational substrate of physical phenomena. This model reinterprets fractal structures not as mere geometric configurations but as compressed informational programs whose dynamics unfold through topological transitions. By introducing an effective action formalism based on informational operators and emergent time parameters, IFEM proposes a new framework for understanding phenomena typically associated with dark matter, vacuum structure, and pre-ontological states. The model incorporates explicit functional structures, such as fractal operators and fractional Laplacians, to formalize the transformation of informational content across scales. Version 4 deepens the formalism, expands the topological horizon structure, and integrates constraints from physical plausibility and empirical testability. This shift opens the path toward validating the informational paradigm as a viable alternative or complement to traditional field-based ontologies.
Author: Cuauhtemoc, Vite
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6931098829
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