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Preprint . 2025
License: CC BY NC ND
Data sources: ZENODO
ZENODO
Preprint . 2025
License: CC BY NC ND
Data sources: Datacite
ZENODO
Preprint . 2025
License: CC BY NC ND
Data sources: Datacite
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3I-ATLAS – Stima del "Closest Approach" utilizzando dati grezzi JPL e la metrica trinamica a 72 φ-bit

3I-ATLAS – Estimation of the Closest Approach Using Raw JPL Data and the 72 φ-bit Trinamic Metric
Authors: Pizzuti, Claudio;

3I-ATLAS – Stima del "Closest Approach" utilizzando dati grezzi JPL e la metrica trinamica a 72 φ-bit

Abstract

ABSTRACT3I/ATLAS – Stima dell’avvicinamento minimo con dati grezzi JPL e metrica trinamica a 72 φ-bit Sintesi del lavoro svolto Questo dossier presenta l’applicazione sperimentale del modello trinamico a 72 φ-bit alla cometa interstellare 3I/ATLAS, con l’obiettivo di stimare in modo autonomo e coerente il suo avvicinamento minimo (closest approach) rispetto alla Terra e al Sole.Il lavoro si inserisce nel contesto del progetto Trinapy CP364, dedicato all’analisi del tempo elastico e alla correlazione tra energia e coerenza temporale nei sistemi astrofisici. L’intero studio è stato realizzato elaborando dati grezzi provenienti dal sistema NASA JPL Horizons, trasformati e analizzati con la metrica trinamica per derivare tre grandezze fondamentali: Δtφ – deviazione temporale elastica Ea – energia elastica locale kt – coefficiente elastico-temporale I risultati ottenuti mostrano una coerenza temporale stabile (Δtφ medio di circa 17,5 minuti) e una variazione regolare di Ea e kt lungo la traiettoria orbitale.Il minimo elastico temporale rilevato coincide con il periodo del closest approach (dicembre 2025), in accordo con i dati ufficiali JPL. Dati e strumenti utilizzati Fonte principale: effemeridi e dati vettoriali grezzi JPL Horizons per 3I/ATLAS (ottobre 2025 – gennaio 2026) Conversione: script Atlas_ORB_CLI con esportazione CSV trinamico Analisi: modulo IET Sky Analyzer integrato nell’ambiente Trinapy CP364 Metriche: trasformata elastico-temporale a 72 φ-bit (Δtφ, Ea, kt) Struttura dei dati: conforme allo standard CP364 – C:\Trinamica\Trinapy\build\Atlas\Atlas20251106_0951_clean.csv Confronto: risultati verificati rispetto alle effemeridi ufficiali JPL e modelli newtoniani standard Risultati e significato Il metodo trinamico ha fornito una stima del closest approach entro ±0,2 giorni rispetto alle effemeridi ufficiali, dimostrando un’elevata sensibilità del modello anche su dataset parziali e non calibrati.Pur basandosi su dati pubblici già elaborati, il modello trinamico ha permesso di individuare variazioni elastiche del tempo in grado di descrivere con maggiore finezza la dinamica temporale del sistema. Contenuti del dossier Oltre ai grafici e alle tabelle dei risultati (Δtφ, Ea, kt), il documento include una sezione conclusiva (paragrafo 9) dedicata alle strategie per migliorare ulteriormente la precisione delle previsioni astrometriche, illustrando: come ottenere misurazioni più accurate delle fonti ufficiali, quali tecniche osservative e modelli dinamici adottare, e come la piattaforma Trinapy CP364, attualmente in fase di completamento, possa integrare automaticamente dati grezzi, covarianze e campagne multi-sorgente per analisi future. Conclusione Questo dossier rappresenta la prima applicazione trinamica ufficiale al dominio astrometrico interstellare, aprendo la strada a una nuova astrometria basata non solo sulla posizione e sulla velocità, ma anche sulla coerenza temporale dei campi gravitazionali.L’inclusione della sezione metodologica per il miglioramento delle previsioni rende il documento non solo un risultato scientifico, ma anche un manuale operativo per le successive analisi Trinapy CP364.

3I/ATLAS – Estimation of the Closest Approach Using Raw JPL Data and the 72 φ-bit Trinamic Metric Summary of the Work This dossier presents the experimental application of the 72 φ-bit Trinamic model to the interstellar comet 3I/ATLAS, with the goal of autonomously and coherently estimating its closest approach to both Earth and the Sun.The study is part of the Trinapy CP364 project, dedicated to analyzing elastic time and the correlation between energy and temporal coherence in astrophysical systems. The entire analysis was performed using raw data from the NASA JPL Horizons system, converted and processed with the Trinamic metric to derive three fundamental parameters: Δtφ – elastic temporal deviation Ea – local elastic energy kt – elastic-temporal coefficient The results show stable temporal coherence (mean Δtφ ≈ 17.5 minutes) and a regular variation of Ea and kt along the orbital path.The minimum elastic value corresponds to the period of closest approach (December 2025), in full agreement with the official JPL ephemerides. Data and Tools Used Primary source: JPL Horizons raw ephemerides and vector data for 3I/ATLAS (October 2025 – January 2026) Conversion: Atlas_ORB_CLI script exporting Trinamic CSV format Analysis: IET Sky Analyzer module integrated within the Trinapy CP364 environment Metrics: 72 φ-bit elastic-time transform (Δtφ, Ea, kt) Data structure: CP364 standard path – C:\Trinamica\Trinapy\build\Atlas\Atlas20251106_0951_clean.csv Comparison: Results cross-checked against official JPL ephemerides and Newtonian models Results and Significance The Trinamic method produced a closest-approach estimate within ±0.2 days of the official JPL solution, demonstrating strong sensitivity even with limited or uncalibrated datasets.Although based on publicly available scientific data, the model revealed elastic time variations that describe the system’s temporal dynamics with greater refinement. Contents of the Dossier Beyond graphs and tables of results (Δtφ, Ea, kt), the document includes a concluding section (Section 9) dedicated to strategies for improving the precision of astrometric predictions, illustrating: how to obtain more accurate measurements than currently published datasets, which observational techniques and dynamical models to apply, and how the Trinapy CP364 platform, now nearing completion, will integrate raw data, covariance analysis, and multi-source campaigns for future investigations. Conclusion This dossier represents the first official Trinamic application to interstellar astrometry, marking the beginning of a new approach where astronomical motion is not only described by position and velocity, but also by the temporal coherence of gravitational fields.The inclusion of the methodological section for predictive improvement makes this document not only a scientific result but also a practical operational guide for future analyses within Trinapy CP364.

Keywords

JPL Horizons data, Tempo elastico, Dati JPL Horizons, Elastic time, Astrometric analysis, Avvicinamento minimo, Analisi astrometrica, Trinapy CP364, Elastic energy, Claudio Pizzuti CP364, 72 φ-bit metric, Energia elastica, Trinamica CP364, Metrica a 72 φ-bit, 3I/ATLAS, CP364, Temporal coherence, Coerenza temporale, Closest approach

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selected citations
These citations are derived from selected sources.
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Citations provided by BIP!
popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Influence provided by BIP!
impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
BIP!Impulse provided by BIP!
0
Average
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