Solar Dynamics Atlas — Volume I: Bennu - A Deterministic Reference Pipeline for High-Resolution Orbital Data — Dataset of the Near-Earth Asteroid (101955) Bennu (2010–2025)

Solar Dynamics Atlas — Volume I: BennuReference Pipeline Demonstration — Orbital Dataset of the Near-Earth Asteroid (101955) Bennu (2010–2025) This dataset and dossier present a deterministic and fully reproducible pipeline for the generation and analysis of high-resolution orbital data, based on raw ephemerides provided by the NASA Jet Propulsion Laboratory (JPL) Horizons system. The work introduces a structured transformation process that converts raw orbital data into a continuous and coherent enriched dataset, integrating derived dynamical parameters and synthetic metrics (Ea, kt, μt). These metrics enable a dynamic representation of orbital evolution beyond classical positional descriptions. The Near-Earth asteroid (101955) Bennu is used as a reference case to demonstrate the robustness, consistency, and reproducibility of the pipeline across a continuous temporal span (2010–2025). Key Contributions Deterministic pipeline for orbital data processing Fully reproducible workflow with explicit step-by-step structure High-resolution enriched dataset with derived dynamical metrics Continuous and gap-free temporal structure Internal consistency across computed parameters Trajectory continuity within the (Ea, kt, μt) metric space Cryptographic integrity validation using SHA256 Reproducibility and Validation A central pillar of this work is complete reproducibility. All processing steps are explicitly defined, and the dataset can be independently reconstructed starting from the original JPL Horizons data using the provided pipeline. Data integrity and traceability are ensured through: SHA256 hashing of datasets and release files deterministic transformation procedures transparent data structure and formatting This guarantees full verification of both data and methodology. Solar Dynamics Atlas Framework This dossier represents the first operational module of the Solar Dynamics Atlas, a broader project designed as a scalable and modular system for orbital dynamics analysis. The framework is structured into three distinct layers: Technical layer → dataset generation and enriched data structure Analytical layer → multi-object comparison and pattern detection Interpretative layer → developed separately within the Trinamica CP364 framework This architecture ensures a strict separation between observation, analysis, and interpretation, preserving scientific clarity while enabling theoretical expansion. Project Vision The Solar Dynamics Atlas is conceived as an evolving system, progressively extending to additional orbital objects over time. Future releases will: expand the dataset to multiple objects maintain identical pipeline structure ensure full cross-dataset consistency preserve complete reproducibility The Bennu dataset serves as the foundational reference for this expansion. Interpretation Disclaimer All results presented in this dataset are strictly data-driven and objectively derived. Any interpretation of observed patterns developed within the Trinamica CP364 framework is provided separately and does not affect the integrity or validity of the dataset itself. Data Source NASA JPL Horizons System (ephemerides data) Time span: 2010–2025 Object: (101955) Bennu License and Usage This dataset is released for scientific research, analysis, and reproducibility purposes. Any reuse must comply with the provided license and citation guidelines. Important: Before downloading new targets using the provided script, please read the file "VALIDATEDTARGETSCP364. txt". Only the validated targets listed in that file should be used for reproducibility and consistency of the pipeline.