Theory derives CMB acoustic peak positions from sound speed in a three-field coupling model.
This paper derives the positions of the Cosmic Microwave Background (CMB) acoustic peaks from the sound speed of the three-field coupling. The acoustic peak positions in the CMB temperature power spectrum are determined by the sound speed at recombination, and is derived from the steady-state distribution of the β³-β sector coupling. Without dark matter, the first peak position is naturally given by the π-sector metric correction. The peak-height ratios are jointly determined by the baryon-to-photon ratio (Theorem 8.5.2.01) and the baryon asymmetry (Theorem 8.6.2.01). This paper provides the complete derivation of the sound speed from three-field coupling, the algebraic calculation of , the rigid prediction of the tensor-to-scalar ratio , and the algebraic origin of the scalar spectral index .
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guobin ouyang (2026) studied this question.
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