SOLAR External: 2I/Borisov — Coherence Signature on SOLAR Baseline (CP364)

This release provides a structured dossier on the interstellar object 2I/Borisov, analyzed under the Trinamica CP364 workflow with an evidence-first approach and explicit reproducibility criteria.

The purpose of the release is to provide reproducible quantitative evidence of coherence signatures derived from CP364 metrics and multi-scale Prisma/Diamond scans. It does not replace conventional orbital analyses and does not claim definitive physical interpretations of the observed mechanism.

Dossier structure

The dossier follows the standardized CP364 “External Objects” layout:

1. Introduction
2. Dataset and data origin
3. Methodology (extended CP364 workflow)
4. BORISOV baseline — main results
5. Discussion
6. Limitations and reproducibility criteria
7. Conclusions
   Appendix A: Borisov as an active comet: non-gravitational effects (outgassing) and CP364 stability

Dataset and traceability (evidence layer)

The full pipeline uses a single certified baseline dataset:

• 04_external_Borisov_merged.csv
  SHA256: db738041e349e50d47487db2e0bc8e5aae03390157c610a7d069faf6a8b3c512

All downstream outputs are certified through meta JSON files with SHA256 hashing, including:

• Wave metrics (Step 08 / 08b)
• Prisma/Diamond (Step 08d)
• Full scan + r01 reproducibility run (Step 08e)

Main results (summary)

The release includes:

• baseline metrics computed on a regular time grid (dt declared in meta),
• multi-domain analysis (r_km, vr_kms),
• Prisma/Diamond synthesis configurations (best window / lag / score),
• extended scan results and deterministic reproducibility validation (r01).

As an active interstellar comet, Borisov offers a key methodological test case to evaluate CP364 stability in the presence of non-gravitational contributions (outgassing).

Ephemeris note

Ephemeris data beyond the observationally constrained epoch are treated as projections and not as experimental measurements.

Disclaimer

This release provides structured evidence of reproducible coherence signatures under the CP364 workflow. It does not claim that the detected structure is proof of a new physical mechanism, nor does it exclude conventional interpretations.

Base data originate from NASA/JPL Horizons; published results and transformations are CP364 outputs and do not represent official NASA/JPL products.

Disclaimer

• This release provides structured evidence of reproducible coherence signatures under the CP364 workflow. It does not claim that the detected structure is proof of a new physical mechanism, nor does it exclude conventional interpretations.
• Disclaimer (NASA/JPL):
  I Input data are sourced from NASA/JPL Horizons; published results and transformations are CP364 outputs and do not represent official NASA/JPL products.

Riferimento tecnico (dataset e metodologia)

• Claudio Pizzuti (CP364), “SOLAR Navigator — Lagrangian Orbital System in Angular (θ) and Radial (r) coordinates”. Zenodo. DOI: 10.5281/zenodo.18422393 (30-01-2026).
• Claudio Pizzuti (CP364), SOLAR External — ATLAS Evidence Dossier (CP364): Wave-Metrics, Prisma/Diamond GridA, and Meta-Certified Signatures. Zenodo. DOI: 10.5281/zenodo.18444771 (02-02-2026).
• Claudio Pizzuti (CP364), SOLAR External: Apophis (99942) — Coherence Signature on SOLAR Baseline (CP364). Zenodo. DOI: 10.5281/zenodo. 18448549 (02-02-2026)

Lavori precedenti (contesto interpretativo CP364)

• Claudio Pizzuti (CP364), “Gravità come onda vorticosa elastica: Osservazioni e Analisi Trinamica”. Zenodo. DOI: 10.5281/zenodo.17039525 (04-09-2025).

Documento di sintesi (visione e quadro globale SOLAR)

• Claudio Pizzuti (CP364), “SOLAR MANIFESTO — The dynamic reality of the Solar System in (r, θ): beyond orbits, towards the global structure”. Zenodo. DOI: 10.5281/zenodo.18427665 (30-01-2026).