Annals of Computational Physics and Material Science(ACPMS)
ISSN: 2997-2795 | DOI: 10.33140/ACPMS
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Harmonic Compression Framework in Quantum Plasma Compression: Unlocking Dimensional Access and Temporal Distortion via the 2-6-12-24 etc Pattern
Abstract
Tshenolo Lebitsa Lebohang
Quantum Plasma Compression (QPC) is emerging as a theoretical and experimental frontier for manipulating space-time, enabling dimensional access and potential time-based phenomena. This paper explores the application of the harmonic numerical pattern 2-6-12-24 as a framework for achieving breakthroughs in QPC. These harmonic intervals represent phase- locked compression states that may allow coherent manipulation of quantum fields, creation of dimensional bridges, and induction of temporal distortion. We examine recent experimental indicators, theoretical models, and plausible engineering methodologies to harness this pattern in next-generation QPC systems.