IO Framework The Interior Observer Framework

The BBN Breakthrough · Paper 23

Paper 23 — Primordial Perturbation Theory on the Oppenheimer-Snyder Interior — The Bridge Operator, the No-Doubling Theorem, and the Spectral Index

Primordial perturbation theory on the Oppenheimer-Snyder interior derives closed-FRW perturbation equations and explicit scalar bridge operators.

If the theory is correct, the math will just work.

Short form

Paper 23 — Primordial Perturbation Theory on OS

Builds the primordial perturbation theory program on the Oppenheimer-Snyder interior, deriving the closed-FRW perturbation equations and constructing explicit boundary-to-bulk bridge operators. It also proves the No-Doubling Theorem and derives the white baseline n_s = 1 from isotropic puncture positions on the horizon.

Bridge crossings

Spectral Index (n_s)

This paper is grouped in the The BBN Breakthrough era and kept aligned to the live bridge map terminology used across the public site.

Archive record

This page keeps the search-facing subtitle, metadata, and bridge context on the website while preserving the open-access archive record on Zenodo.

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