The Mass Effect Exponent: A Natural Scaling Law for Gravitation Based on Five Real Parameters - APURⁿ Framework

APURⁿ Framework: A Unified Resonance Cosmology Beyond Einsteins ΛCDM In this work, I introduce a universal scaling law for gravitation based on five observable natural parameters: Mass, length, the Hubble constant, the speed of light, and a resonant correction factor. This approach eliminates the need for unobservable entities such as dark matter or dark energy by reducing the ΛCDM model to a deterministic, testable five-parameter framework. The model works across all scales—from atoms to galaxies—and unifies gravitational behavior with a fractal scaling exponent. **Note from the Author:** I am not an academic, also not a "Pro" in Latex-Coding – just a thinker who saw patterns where others saw dogma. This work is raw, unpolished, and alive. Treat it as a living document, evolving like the universe it describes. c. Zander

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-06-05
DOI
https://doi.org/10.5281/zenodo.15598264
Primary Topic
Advanced Mathematical Theories and Applications
Type
article
Field-Weighted Citation Impact
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article

The Mass Effect Exponent: A Natural Scaling Law for Gravitation Based on Five Real Parameters - APURⁿ Framework

Zenodo (CERN European Organization for Nuclear Research)
Advanced Mathematical Theories and Applications
article

The Mass Effect Exponent: A Natural Scaling Law for Gravitation Based on Five Real Parameters - APURⁿ Framework

article en

Abstract

APURⁿ Framework: A Unified Resonance Cosmology Beyond Einsteins ΛCDM In this work, I introduce a universal scaling law for gravitation based on five observable natural parameters: Mass, length, the Hubble constant, the speed of light, and a resonant correction factor. This approach eliminates the need for unobservable entities such as dark matter or dark energy by reducing the ΛCDM model to a deterministic, testable five-parameter framework. The model works across all scales—from atoms to galaxies—and unifies gravitational behavior with a fractal scaling exponent. **Note from the Author:** I am not an academic, also not a "Pro" in Latex-Coding – just a thinker who saw patterns where others saw dogma. This work is raw, unpolished, and alive. Treat it as a living document, evolving like the universe it describes. c. Zander

Zenodo (CERN European Organization for Nuclear Research)
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Advanced Mathematical Theories and Applications
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