Standard Model of Elementary Particles and theGeometry of Space with Additions and Corrections
Keywords:
Square Matrix, Particle Physics, Standard Model, Space, Theory of GravitationAbstract
Aims/ Objectives: Our aim is to provide mathematical evidence for the validity of the Standard Model of particle physics[1][13]. The analysis of the theory covers all of the SM's aspects, with the possible exception of the Higgs boson, whose addition may later be adjusted using experimental data or as a factor in the equations given by the article[2]. The symmetry of space, which the SM has been trying to prove for a long time, may be mathematically refuted due to its heterogeneity. On the other hand, the given approach enables a researcher to calculate mass density and its distribution on a cosmic level, which, in the author's opinion, is the reason why the universe's matter distribution is heterogeneous. The simplicity and link between the four known fundamental forces is taken into consideration as a factor that
aects the geometry of space as we know it. We can even visualize the so-called 'fabrique' of space in the universe and categorize all known elementary particles based on their energy levels. [8].
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