Electric Charge transmission through Four Bosons
Journal Title: JOURNAL OF ADVANCES IN PHYSICS - Year 0, Vol 13, Issue 1
Abstract
A non-Maxwellian model based on four bosons is considered. Based on an enlarged U(1)ï‚´SO(2) abeliansymmetry and preserving the postulates of light invariance and electric charge conservation its aim is to transfer electric charge ï„Q = 0 and | ï„Q|= 1 . For this, it enlarges Maxwell by associating a fields set { , , } ï ï ï A U V . An electromagnetic system with four intermediary bosons is proposed. It introduces a new electric charge physics, a new electromagnetic transmission and a new photon physics. Thus, this work says that, while Maxwell electromagnetism focus on charge distribution and forces, there is still room for an electromagnetism based on charge transmission and gauge bosons. A new interpretation on the meaning of electric charge flux through gauge bosons is taken. Instead of just mediating different nature forces, the gauge bosons physics should be first understood as a mechanism for transferring energy-momentum and quantum numbers as electric charge. At this way, for electric charge transportation four connected gauge bosons are necessary. They are the photon, massive photon and two charged fields. For this, a whole quantum field theory supported on the set principle is generated. It is based on the fields family meaning associated to a same Lorentz representation (i, j) and tied up by a common gauge symmetry. Our physical case are four bosons from ) 21, 21 (representation sharing an abelian symmetry. This four set provides the physicity necessary for transmitting any electric charge value. A new perception for the electromagnetic phenomena is envisaged. It is generalized for a four fields abelian Lagrangian made of with antisymmetric and symmetric fields strengths, producing three and four abelian vertices, and generating whole relativistic equations with seven new features. It holds a dynamics carrying spin-1 and spin-0, based on granular and collective fields strengths, set determinism with directive and chance, quanta network, nonlinearity, neutral charges, photonics. A new scale for electromagnetic interaction is proposed. New intensities and range are derived through coupled nonlinear equations, massive particles and the presence of coupling constants beyond the electric charge. A light universality is obtained. Light becomes an absolute (light invariance), ubiquous (couplings constants diverse from electric charge), directive (fields set vector), contingencies producer (relativism and chance), inner light (selfinteracting photons).
Authors and Affiliations
J. Chauca, R. Doria, I. Soares
Keywords
Related Articles
- EP ID EP653302
- DOI 10.24297/jap.v13i1.5767
- Views 69
- Downloads 0
Photoacoustic Imaging: Hybrid Technology for Small Animals Holding Potentials Translatable for Clinical applications
Photoacoustic imaging is an emerging modality that exploits the photoacoustic effect to combine the high contrast of optical imaging with the spatial resolution and penetration depth of ultrasound. A key feature of PA im...
Investigation The Weather Effects on The Sound Absorption Coefficients in Cinjar City
In this work , the absorption coefficients A? had determined for different acoustic source by the air atmosphere for one day in Cinjar city, based on an analytical method which employed on several empirical equations tha...
Study Of Some Mechanical Properties For Epoxy/ SiO2 Nano Particles Reinforced With 6 Layers Of CM E-Glass Fibers Composites
In this study, the neat epoxy and nanocomposites with volume fraction (1, 3, 5, 7 and10%) of nano SiO2 particles reinforced with six layers of chopped mat E-glass fibers (CM) specimens were prepared by molding method. Th...
Introduction to The Spiral Dynamics and The Spiral Coriolis Force
The spiral dynamics of a point-like body of mass m in spiral differential geometry are introduced. New ideal motions have been studied, the uniform spiral motion and the uniform spiral-polar motion. The analysis is propo...
Preparation, Characterization and Antibacterial Efficiency of Olive Leaves Extract and Chitosan-Silver Nanoparticles using Electrochemical Method
The present work involves the improvement of chitosan-olive leaves extract and silver nanoparticles (Cs-OLE-AgNPs) using electrochemical approach followed by UV-irradiation reduction. The formation of silver nanoparticle...