IndisputableMonolith.Data.Import
This module supplies hardcoded measurement data because JSON parsing remains blocked by the current Mathlib version. Cosmologists working on inflation-derived predictions cite it to obtain fixed lists of real numbers for comparison against theoretical outputs. The module consists of sibling definitions for a Measurement type and an import function that directly embed the data.
claimThe module defines a Measurement type as lists of real numbers together with an import function that returns a fixed collection $M = (m_1, m_2, ..., m_k) $ of real-valued observations.
background
Recognition Science requires empirical inputs to test predictions such as the spectral index derived from the inflation potential. The module imports Mathlib.Data.List.Basic and Mathlib.Data.Real.Basic to construct these inputs without external file access. It therefore supplies the concrete data layer that downstream cosmology modules consume.
proof idea
This is a definition module with no proofs; it consists of direct embeddings of measurement lists.
why it matters in Recognition Science
The module feeds IndisputableMonolith.Cosmology.Predictions, whose doc-comment states it derives n_s from the inflation potential. By providing the required measurement lists it closes the data-to-prediction path inside the Recognition framework.
scope and limits
- Does not implement JSON parsing or file I/O for measurements.
- Does not contain dynamic data loading or external sources.
- Does not define any theoretical predictions or derivations.
- Limited to static hardcoded values for Mathlib compatibility.