What question did this study set out to answer?

The aim is to provide reproducible evidence of coherence signatures in 1I/ʻOumuamua using the CP364 workflow.

February 10, 2026Open Access

SOLAR External: 1I/ʻOumuamua — Coherence Signature on SOLAR Baseline (CP364)

Key Points

The aim is to provide reproducible evidence of coherence signatures in 1I/ʻOumuamua using the CP364 workflow.
Analyzed data using the Trinamica CP364 workflow.
Performed multi-scale scans with Prisma/Diamond configurations.
Employed certified datasets and established reproducibility through SHA256 checksums.
Structured methodology including baseline metrics and extended scans.
Demonstrated the extraction of stable coherence signatures under external dynamical conditions.
Achieved a baseline computed on regular sampling and multi-domain analysis.
Provided synthesized configurations for improved detection metrics.
Confirmed reproducibility verification through extensive processing stages.

Abstract

This release presents a structured dossier on the interstellar object 1I/ʻOumuamua, analyzed using the Trinamica CP364 workflow with an evidence-first approach and explicit reproducibility criteria. The objective of this release is to provide quantitative, reproducible evidence of coherence signatures extracted via CP364 metrics and multi-scale scans (Prisma/Diamond), without replacing conventional orbital analyses and without claiming definitive interpretations regarding the physical nature of the observed mechanisms. The release focuses on the structural characterization of ʻOumuamua’s temporal dynamics within the SOLAR baseline, treating it as an external test case for evaluating the stability of the CP364 workflow on non-periodic, interstellar trajectories. Dossier structure The dossier follows the standard organization of the CP364 “External Objects” series: Introduction Dataset and data origin Methodology (extended CP364 workflow) OUMUAMUA baseline — Main results Discussion Limitations and reproducibility criteria ConclusionsAppendix A: Comparative synthesis of SOLAR External objects (ATLAS, Apophis, Borisov, ʻOumuamua) Dataset and traceability (evidence layer) The entire pipeline is based on a single certified baseline dataset: • 04ₑxternalOumuamuaₘerged. csv (certified via SHA256 checksums documented in the release metadata) Subsequent processing generates certified outputs with SHA256-tracked JSON metadata, including: • Wave metrics (Step 08 / 08b) • Prisma/Diamond configurations (Step 08d) • Full scan + deterministic reproducibility run r01 (Step 08e) • Integrity files, manifest, and release checksums All processing stages are fully traceable and independently reproducible from the included files. Main results (summary) The release includes: • metric baseline computed on regular sampling (dt specified in metadata), • multi-domain analysis (rₖm, vrₖms), • synthesized Prisma/Diamond configurations (best window / lag / score), • extended scan and deterministic reproducibility verification (run r01). ʻOumuamua represents a critical methodological test case for CP364, as an interstellar object with non-periodic dynamics. The release demonstrates the capability of the SOLAR workflow to extract stable, reproducible coherence signatures under external dynamical conditions. Note on ephemeris data Ephemeris data beyond the observational 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 constitutes proof of a new physical mechanism, nor does it exclude conventional interpretations. • NASA/JPL disclaimer: The underlying ephemeris data originate from NASA/JPL Horizons. All published results and transformations are CP364 outputs and do not represent official NASA/JPL products. Technical references (dataset and methodology) • 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 (04-02-2026) • Claudio Pizzuti (CP364), “SOLAR External: 2I/Borisov — Coherence Signature on SOLAR Baseline (CP364) ”. Zenodo. DOI: 10. 5281/zenodo. 18458621 (06-02-2026) Previous work (CP364 interpretive context) • Claudio Pizzuti (CP364), “Gravity as an elastic vortical wave: Observations and Trinamica analysis”. Zenodo. DOI: 10. 5281/zenodo. 17039525 (04-09-2025) Synthesis document (global SOLAR framework) • 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)

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