The CMB as hydrostatic equilibrium

The Cosmic Microwave Background (CMB) is faint radiation filling the sky at 2.725 Kelvin. Standard cosmology reads it as relic light from a hot, uniform early universe. RSI reidentifies it as the baseline thermal potential of the Eternal Consonance, a universal continuum in global hydrostatic equilibrium. It is uniform because the medium is the same everywhere.

RSI proposes that this glow is steady, the balance of the medium's tension across billions of years, constant in absolute terms. Astronomers find that the CMB was hotter in the past by 1 + z, within the precision of the measurements, from molecules in distant gas clouds and from its effect on galaxy clusters. RSI agrees with that measurement and reads it differently: atoms long ago vibrated more slowly (Chapter VI), so the same glow looked hotter to them. A steady glow and a warmer past are the same fact seen with different clocks.

The tiny fluctuations, about one part in 100,000, are taken as standing-wave echoes of previous toroidal cycles, not seeds of structure. The CMB dipole, a 0.0034 Kelvin offset aligned with our motion toward the Great Attractor, marks our velocity within the Universal Inhale. The "Axis of Evil," an unexpected alignment of the largest CMB patterns seen in WMAP data, reflects the preferred directions of the Exhale and Inhale.

RSI holds that the Lopez rings, the Attractor flow and the dipole form one picture of a toroidal fluid universe. Turning it into numbers is open work: RSI must derive the 2.725 K temperature and the CMB's precise blackbody spectrum from the medium, show that the glow keeps that form at the warmer temperatures measured in the past, and show how echoes of earlier cycles produce the acoustic peaks at their observed sizes.