The QE Paradigm
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On the 4th of July 2012 the announcement of a reported sighting of a "new Boson with a mass of 125.1 +/-0.6 GeV at 4.9 significance" ended a 40 year search for this sub-atomic particle known today as the Higgs Boson, deemed to control the masses of all the known particles in the Standard Model of Particle Physics that appear to zip around freely in spacetime. Notwithstanding the advances made in many fields of science and technology as a result of the knowledge gained during the construction of the Standard Model, the catalogue of unresolved problems remains extensive and a shortlist includes a lack of any explanations for such basic aspects as, the Origins of the Universe, Gravity, Time or the missing anti-matter. The QE Paradigm proposes a hard wired model of the Universe in the form of a matter/anti-matter scalar matrix that includes the three Generations of Energies which provides explanations for many of the conundrums of the current model. This book provides a novel viewpoint that interprets the Universe from the inside, moving with the energy that eventually forms the human observer and focuses on functional rather than mathematical attributes and that takes as a starting point Stephen Harper's 'no boundaries' hypothesis (1983) which predicts that the laws of physics hold everywhere in a Universe that expands smoothly from a single ordinary point, not a singularity, designated here as a Quantum Eruption (QE). The energy released at the QE exhibits as discrete Fermionic energies in a Bosonic scalar matrix, which, following the insertion of the ubiquitous matter/anti-matter Meson family, allows the Higgs Field to manipulate the particle masses with the aid of powerful Weak Interaction to nullify all energy by the well known process of bet-decay in the ultimate Entropy of our Universe.
Details
- Publication Date
- Jul 13, 2026
- Language
- English
- Category
- Science & Medicine
- Copyright
- Some Rights Reserved - Creative Commons (CC BY)
- Contributors
- By (author): Cedric Briggs
Specifications
- Format