THE NATURE OF MATTER

THE NATURE OF MAGNETIC FLUX
CHAPTER 7

Section 1 Charged Current Magnetic Fields
Section 2 Particle Intrinsic Magnetic Fields
Section 3 Large Scale Magnetic Flow

The deduction of the Unit Particle Substructure Theory of Standard Model particles allowed for the deduction that magnetic flux is the flow of background oceanic particles because it predicted a source of permanent units of matter.

The realization that the flow of the background oceanic particles is magnetic flux is one of the most aesthetically appealing aspects of the background of matter theory.

If you have ever attempted to put the north ends (or the south ends) of two bar magnets together, you have felt the pressure of the flow of the background of matter particles.

The idea that the flow of background oceanic particles is magnetic flux was originated by the need for the mysterious dark matter required to explain galactic rotation, and the need for a mechanism to explain how massless, energyless pure matter particles could exhert a force on the atoms and particles that compose a galaxy.

Magnetic flux being the flow of background oceanic particles caused by the energy rotation about the spin axis by energy bound to a unit particle of matter explains two big mysteries of magnetic flux:

• Why magnetic force is perpendicular to the flow of electric charge.
• Why positive/negative current causes magnetic flux that follows the right/left hand rule, respectively.

The flow of charged matter causes a corresponding motion in the background field because the electric charge of matter is expressed by energy, and it is the flow of energy hosted by charged matter that is electric current.

The ebb and flow of energy between the flow of the energized charged matter and momentum energy of background matter is proposed to be the mechanism of electromagnetic propagation.

The electromagnetic propagation of a photon has two stages:

• Transfer of momentum energy from the motion of charge to the momentum of the magnetic flux energy which is the flow of background oceanic particles.
• Transfer of momentum energy from the flow of background oceanic particles to the momentum of the motion of the charged energy.

The Flow of Background Particles

There are two possibilities of flow of background particles.

1. Unidirectional Flux
The north pole of a magnetic dipole is the emitter of oceanic particles and the south pole is the source of the oceanic particles. In other words, the oceanic particles flow out the north and flow into the south.

2. Bi-directional Flux
The north pole of a magnetic dipole is an emitter of 'north oceanic' particles and the south pole an emitter of 'south oceanic' particles. In other words, the oceanic particles flow out of both the north and the south.

NOTE:
The type of flow, bi-directional or unidirectional, should be really obvious to an experienced person, The author does not know which way is correct.

An electron flowing through a symbolic wire

Galactic currents are magnetic in nature
Superclusters
Super Voids
Large Scale Structure of The Universe

Galactic Flux
Galactic rotation is proposed to be electromagnetic in nature. If the flow the background ocean particles is magnetic flux, then large scale flows in the background ocean such as those that cause galaxies to form, are then also magnetic flux.

Clusters
Clusters of galaxies might all be flowing in a vortex of current also.

Superclusters
Superclusters or long filaments of clusters might be the large current with the clusters being eddies along the path of the large current.

Super Voids
Great Walls have accompanying larger great voids.

Large Scale Structure of the Universe
Great Walls and Great Void start to look like large weather pattern on the background of matter in which there are regions of high pressure where currents dissipate matter and low pressure regions where matter is being concentrated by the currents of the ocean flowing to the low pressure.

Think you understand the Unit Matter Substructure Theory?
Think you understand the Background of Matter Theory?