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May 18, 20260 citationsOpen Access

The Architecture of Universes: A Resonance Atlas

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ESEsad Sadikovic

Key Points

  • This research aims to classify all possible universes using the Ether Engine and predict observable characteristics.
  • Classified universes into a Periodic Table based on MRME resonance structure.
  • Identified and characterized universe families using alignment coefficient profiles across seven bands.
  • Presented five falsifiable predictions regarding universe classification and gap classes.
  • Introduced a Mendeleev-style atlas for universe classification and prediction.
  • Predicted observable signatures associated with universe classification.
  • Classified universes into gap classes V and VI with corresponding predictions.

Abstract

This paper classifies all possible universes as outputs of the Ether Engine, organised into a Periodic Table of Universes grounded in the MRME resonance structure. It expands the taxonomy into a full atlas — naming universe families, characterising each by alignment coefficient profiles across seven bands, identifying observable signatures, and predicting gap classes (V and VI). Five falsifiable predictions are presented, testing both our universe’s classification and the gap predictions. The atlas is Mendeleev‑style: classification plus prediction.

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Cite This Study

Esad Sadikovic (2026) studied this question.

synapsesocial.com/papers/6a0aad5c5ba8ef6d83b70cd5https://doi.org/10.5281/zenodo.20237796
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