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This paper aims to address the P(k) catastrophe in cosmology by deriving the Baryon Scalarization Theorem and the IO Friedmann equation.

April 13, 2026Open Access

The Interior Observer Cosmological Framework Paper 19 - Baryon Scalarization, the Universal Projector No-Go, the Boundary-Hamiltonian IO Friedmann Equation, and the Foundation Closure Audit

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This paper aims to address the P(k) catastrophe in cosmology by deriving the Baryon Scalarization Theorem and the IO Friedmann equation.
Diagnosed the P(k) crisis using data from BOSS DR12.
Derived the Baryon Scalarization Theorem and constructed the IO Friedmann equation.
Validated results through adversarial review and Wolfram evaluations.
Identified baryon-driven nature of the P(k) crisis, reducing χ² from 1056 to 73.06.
Established distinct expansion rates for optical and local observations.
Concluded the effect of baryon scalarization on the gauge-coupling inventory.

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Paper 19 diagnoses baryon-driven P(k) crisis, derives Baryon Scalarization Theorem, and formulates IO Friedmann equation.

David Fife (2026) studied this question.

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