Vacuum Mechanics: A Complete Framework (Papers I-IX)
Year: 2026
Type: article
Abstract: Historical research notice - 8 October 2026. This early exploratory release is retained unchanged for transparent citation and scrutiny. Subsequent work has identified errors and has corrected, narrowed, or withdrawn multiple claims in the early framework. The original files should not be read as a validated physical theory or an established derivation of measured constants. Reopening access is not a renewed endorsement of their conclusions. Current mathematical preprints, with their own explicit assumptions and limitations, are indexed at Mathematics papers by Luqman Mahmood; they do not validate every earlier physics claim. File access was reopened on 8 October 2026. This notice does not establish or backdate the first public availability of any formula. Original files, DOI, and bibliographic dates are preserved. Original description follows. A series of nine papers presenting the Vacuum Mechanics framework, which derives Standard Model parameters from two inputs (N=137, v=246.22 GeV) on the lens space L(137,1). The series covers: the complete framework (I), gauge couplings including the fine-structure constant (II), fermion masses (III), cosmological predictions including dark energy and the Hubble tension (IV), topological properties of L(137,1) including Dedekind sums and modular forms (V), experimental tests and known limitations (VI), pure mathematical results (VII), the Yang-Mills mass gap (VIII), and Navier-Stokes regularity (IX). These are preprints under preparation for journal submission.
Author: Mahmood, Luqman
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7142589531
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