This paper introduces a resonance-based framework for classifying universes within the multiverse. The etherial domain functions as a connective substrate, with each universe defined by a resonance frequency. Physical constants are modeled as functions of resonance, producing universes with distinct laws of physics. Worked examples demonstrate scaling laws that yield a taxonomy—the “Periodic Table of Universes.” Four resonance classes are identified: Classical-like, Balanced, Quantum-heavy, and Exotic. Resonance alignment across universes is proposed as a speculative mechanism for informational bleed-through phenomena. This taxonomy provides predictive insight into universes beyond empirical reach and establishes a foundation for further mathematical development.
Esad Sadikovic (Sat,) studied this question.