ToAEx-001 - Galactic Rotation via Informational Smoothing

This document, ToAEx-001, represents the first decisive step in the empirical journey of the Theory of Absolutely Everything. It moves beyond the foundational axioms and mathematical derivations to present a specific, quantitative, and falsifiable prediction about the nature of reality. The hypothesis advanced here—that dark matter is an emergent informational effect governed by the universal minimization of descriptive complexity—is both profound and audacious. It challenges a cornerstone of modern cosmology not with philosophical argument, but with a concrete mathematical framework and a clear experimental protocol. The success of this endeavor does not rest on a single individual, but on the collective effort of the scientific community. This document is an open call for collaboration, specifically aimed at astrophysicists and data scientists equipped to wield the tools of their trade against one of the greatest mysteries of our time. Whether this hypothesis is validated or falsified, the act of testing it will push our understanding forward. A positive result would fundamentally reshape physics; a negative result would refine the ToAE and guide it toward more accurate principles. This is the essential, laborious process of making a theory "grow tall." This proposal is released into the public domain as an invitation to verify, critique, and build upon. The experiment awaits its investigators.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-09-20
DOI
https://doi.org/10.5281/zenodo.17166445
Primary Topic
Historical and Archaeological Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

ToAEx-001 - Galactic Rotation via Informational Smoothing

Zenodo (CERN European Organization for Nuclear Research)
Historical and Archaeological Studies
article

ToAEx-001 - Galactic Rotation via Informational Smoothing

article en

Abstract

This document, ToAEx-001, represents the first decisive step in the empirical journey of the Theory of Absolutely Everything. It moves beyond the foundational axioms and mathematical derivations to present a specific, quantitative, and falsifiable prediction about the nature of reality. The hypothesis advanced here—that dark matter is an emergent informational effect governed by the universal minimization of descriptive complexity—is both profound and audacious. It challenges a cornerstone of modern cosmology not with philosophical argument, but with a concrete mathematical framework and a clear experimental protocol. The success of this endeavor does not rest on a single individual, but on the collective effort of the scientific community. This document is an open call for collaboration, specifically aimed at astrophysicists and data scientists equipped to wield the tools of their trade against one of the greatest mysteries of our time. Whether this hypothesis is validated or falsified, the act of testing it will push our understanding forward. A positive result would fundamentally reshape physics; a negative result would refine the ToAE and guide it toward more accurate principles. This is the essential, laborious process of making a theory "grow tall." This proposal is released into the public domain as an invitation to verify, critique, and build upon. The experiment awaits its investigators.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 44%
Historical and Archaeological Studies
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