PaperHLH
H₀ Local: Hubble Tension as Phase Field
H₀ Local: Hubble Tension as Phase Field
Measurements of the Hubble constant have split into two persistent camps: the cosmic microwave background gives 67.4 km/s/Mpc; local distance ladders give 73. The discrepancy survives every systematic check and every independent method. Mode Identity Theory resolves the tension through the phase field: observers embedded in galactic structure sample from a shifted position on the 120‑domain. The shift is one bosonic step, Θf = 2/120, and the logarithmic slope of the phase operator at the H₀ well converts that step into an 8.4% increase. Both measurements are correct. They sample different positions on the same wave.
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