Statement of Evidence Preservation for the Collection of Theoretical Papers on "Gravitational Fields and Thermally-Directed Magnetohydrodynamics"
Year: 2026
Type: preprint
Abstract: Declarant / Independent Researcher: Feng YulingDate of Evidence Preservation: October 1, 2026 DOI: 10.5281/zenodo.23939052[Summary of Core Conclusions]:1. Particle aggregation, gravitational field reconstruction, and the mechanism of discrete energy truncation.2. Non-thermal directed magnetohydrodynamics versus the "three major collapses" in traditional astrophysics.3. Interactions of microscopic force fields and the transformation of potential energy.This collection identifies conceptual distortions and logical crises concerning collisionless media. By comparing empirical laboratory physics with astronomical observations, it deconstructs what are termed the "three major systemic collapses" of traditional astrophysics. Furthermore, it analyzes the nature of spacetime geometric perturbations (gravitational waves) and establishes a theory of energy and mass reconstruction during the process of particle aggregation.To safeguard the priority rights and intellectual property of these original, independent theories—which are disruptive in nature and seek to reconstruct the foundations of the physics paradigm—this material has been secured via immutable SHA256 cryptographic timestamping prior to public release.DOC1: 4225f6da0faf9cb596663ab3f6b607f93363f09b36e31aad05bd28fb16d5542dDOC2: 7846cd8deca1cb89289e5aaedc1e6856ea264beff4766716dbf1e59b86b26731DOC3: 340fc2dc3f84d12f1b268052df8d9025d81d658c7d9b41187d876e0b5a077cc9DOC4: a9ada844a64fc193321c67b085490e1f18d28ddbe8094aa74e449f8904726b71Date of Statement: November 4, 2026
Author: Feng, YuLing
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225270989
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