On a New 4-Vector Cosmological Field Theory
G. G. Nyambuya

TL;DR
This paper introduces a modified Dirac Equation incorporating a 4-Vector Cosmological Field, proposing it as a candidate for dark matter and dark energy, and exploring its implications for spacetime and quantum properties.
Contribution
It presents a novel modification to the Dirac Equation with a 4-Vector Cosmological Field that explains matter dominance and suggests a new darkparticle-based vacuum model.
Findings
The 4-Vector Cosmological Field can be identified with darkmatter and darkenergy.
The modified Dirac Equation predicts a vacuum with darkparticles instead of virtual particles.
The position of particles in space has physical significance in this model.
Abstract
The original Dirac Equation is modified in the simplest imaginable and most trivial manner to include a universal 4-Vector Cosmological Field term in the space and time dimensions. This cosmological field leads to a modified Dirac Equation capable of explaining why the Universe appears to be made up chiefly of matter. It is seen that this 4-Vector Cosmological Field is actually a particle field and this particle field can possibly be identified with the darkmatter and darkenergy field. Further, this 4-Vector Cosmological Field is seen to give spacetime the desired quantum mechanical properties of randomness. Furthermore, it is seen that in the emergent Universe, the position coordinates of a particle in space -- contrary to the widely accepted belief that the position of a particle in space has no physical significance, we see that that opposite is true - namely that the position of a…
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Taxonomy
TopicsCosmology and Gravitation Theories · Dark Matter and Cosmic Phenomena · Noncommutative and Quantum Gravity Theories
