The Triadic Resonance Aether Model (TRAM): Resolving the Hubble Tensionthrough Harmonic Phase Drift and Universal Field Coherence

This paper presents the Triadic Resonance Aether Model (TRAM) — a modern, resonance-based reinterpretation of the classical aether concept that reframes cosmological redshift, gravity, and cosmic structure through harmonic phase coherence rather than spatial expansion alone. In TRAM, the vacuum is not an empty void but a structured, resonant field governed by triadic harmonic functions, capable of field clearing, signal emission, and environmental synchronization.Connection to the Hubble Tension:TRAM predicts that observed redshift discrepancies arise from harmonic phase drift within a universal resonance lattice, rather than from variable expansion rates. The “Hubble Tension” — the mismatch between early-universe expansion rates from the cosmic microwave background (CMB) and late-universe measurements from Cepheids and galaxies — is explained as the result of measuring different coherence states of the same resonant field. CMB data record the ancient alignment; present-day observations measure the current alignment.This approach removes the need for dark-energy fine-tuning and resolves the expansion paradox by treating the universe as self-organizing through resonance, not expanding into emptiness. The paper includes simulation-backed insights into wavelength-dependent lensing, medium-linked deflection, and harmonic modulation of redshift — offering a coherent, falsifiable framework that unifies gravitational lensing, field coherence, and cosmological structure.<br>