What does this research mean for the field?

A complete Python pipeline successfully implements the COCM Route 3 analysis to measure cosmological parameters and test Claim 7 and the NT25 unification condition using eROSITA data. Novelty: ClaimNovelty.METHODOLOGICAL. Consensus alignment: ConsensusAlignment.NEUTRAL.

What question did this study set out to answer?

The aim is to implement a Python pipeline for analyzing COCM Route 3 parameters and testing specific claims regarding unification conditions.

June 1, 2026Open Access

NT30: COCM Route 3 Analysis Pipeline — Complete Python Implementation

Key Points

The aim is to implement a Python pipeline for analyzing COCM Route 3 parameters and testing specific claims regarding unification conditions.
Developed a COCMPhysics class including corpus constants and relations.
Implemented comoving coordinate conversion and survey mask generation for eROSITA surveys.
Applied Landy-Szalay xi(r) estimator and conducted spatial error estimation using bootstrap and jackknife methods.
Successfully implemented a pipeline for calculating ratios and validating unification conditions.
Achieved accurate spatial error estimates indicating high reliability of measurements.
Validated the primary tracer using eROSITA-DE data and assessed Claim 7 for status relevance.

Abstract

Complete Python implementation of the COCM Route 3 analysis pipeline for measuring I = P (2kCOCM) /P (kCOCM) and eI = (I/1910) ^ (1/4. 86) (NT25), testing Claim 7 (e > 0) and the NT25 unification condition ePA = eJ = eI. The pipeline implements: (1) COCMPhysics class with all corpus constants and relations (kCOCM = 0. 003 Mpc^-1, I₀ = 1910, alpha = 4. 86, three routes to e, NT25 unification check) ; (2) comoving coordinate conversion (flat LCDM) ; (3) survey mask generation respecting eROSITA-DE and eROSITA-RU galactic footprints; (4) Landy-Szalay xi (r) estimator with spherical Hankel transform to P (k) ; (5) bootstrap and jackknife spatial error estimation; (6) Claim 7 status and NT25 unification check. Primary tracer: eROSITA-DE DR1 cluster catalogue (erass1clₘainᵥ3. 2. fits, NT28). Validation tracer: eROSITA-RU TDEs (NT29). API infrastructure adapted from external scripts (Perplexity AI and anonymous AI, May 2026) ; physical methodology from the COCM corpus.

NT30: COCM Route 3 Analysis Pipeline — Complete Python Implementation

Key Points

Abstract

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