Gluon Contribution to Proton Spin

By Karen Mcnulty Walsh at http://phys.org

http://phys.org/news/2016-02-physicists-gluons-contribution-proton.html

The Relativistic Heavy Ion Collider (RHIC) is evaluating how Gluons affect Protons spin. Data is showing the Gluon as described in this model has more influence over Proton spin than Quarks.

The Standard Vibration Model describes Gluons as the strands of nuclear densities that have active information whereas Quarks lack information.  Three Gluons form a Baryon. The Quarks are the excess storage area of Gluon strands. Thus Quarks have less of an affect upon the spin of the overall Proton.

This Research was done at Brookhaven National Lab
http://journals.aps.org/prd/abstract/10.1103/PhysRevD.93.011501

Axiom five: Dark Matter

1. Dark Matter are Gluons without information, magnetism, or rotation.
1.1 Dark Matter densities form lattices, clumps, and other non-uniform shapes.

2. Dark Matter exists outside magnetic fields only.
2.1 When a magnetic field comes into contact with Dark Matter it excites the Gluons with information.
2.2 This simple magnetic excitation causes three Gluons to form triplets and start rotating.
2.3 This single triplet in rotation is a Baryon creating magnetism, electricity, electromagnetism and density oscillations.

3.1 Dark Matter is repelled by Magnetic Fields.
3.1.1 Dark Matter cannot exist within a magnetic field.
3.2 Dark Matter insulates / compresses electric current in open space.
3.3 Dark Matter has no effect on electromagnetism.

Information Transformation through the W+/- Boson

The W+/- Boson's object shape is a torus where information travels. The points approaching zero from both the positive and negative aspects of the torus result in information transformation. One area of information transformation occurs at the electron. The other occurs at the midpoint of the other gluon. The W+/- Boson can transfer information in both directions, but only one direction at a time. When W+/- Bosons interact, it takes an extreme magnetic field to change the direction of the flow of information. A change in the direction of rotation of the emitting baryon will also cause a reversal of charge.

The lateral wave of the W+/- Boson is the strength of which its information can extend along the torus. This exertion of the lateral wave is only affected by the properties of the emitting baryon plus the change of other magnetic fields minus the resistance of dark matter plus collected information by the electron. The lateral wave of the W+/- Boson is the distance at which this information can travel most efficiently. The strength of the lateral wave is the corresponding inverse resistance data transfered by the baryon through the Z Boson to the electron.

The longitudinal wave is where the data flows through the W+/- Boson. Data travelling from the midpoint of the other gluon to the electron creates a wave along the lateral wave. The longitudinal wave never exceeds the max point of the lateral wave. The effect of which is the accordian like shape of the magnetic field. The data flows down the longitudinal aspect of the W+/- Boson. This data is the current and the capacitance information of the emitting baryon. A rupture of the W+/- Boson will occur if the longitudinal wave data exceeds the lateral wave data.

The rotation of this data presents the shape of the W+/- Boson object. The information travelling down the W+/- Boson is always perpendicular in location and inverse in data with the corresponding Z Boson vortex. The torus is the inverse of the vortex in motion.

How is matter created?

In this model I describe how baryonic matter is created from dark matter. I feel this is a topic that I have not fully described to the extent the model requires.

Definitions in this model: (described in published papers)
Dark Matter: non-rotating gluons compressing together.
Baryonic Matter: Three rotating gluons spin to form a baryon.

Model Requirements:
The requirements for baryogenesis is that baryons are easily created by interactions within dark matter, and/or between baryons and dark matter.

General Baryogenesis:
As baryonic matter plows through the dark matter medium, the magnetic field of the baryon causes motion/rotation in the non-rotating gluons. The dark matter gluons start rotating and coalescing into Baryons.

The greater the baryonic density, the more interactions that create baryons from dark matter. This rate is variable. The W+/- Boson (magnetism) -- Dark Matter interaction is the most common but Z Bosons and Gluons can interact with DM. DM does not create an electron so it cannot interact with the photon.

We see the result of this process in pictures like this from the Fermi space telescope. I originally found this at Q SPACE

Credit: NASA

This is the baryon's commutative/composite shape as described in this model. This is the shape of helium. This shape shows properties of helium.

• A noble gas. 
• Its electrons are away from the nucleus along a plane.
• This plane is perpendicular to the magnetic field.  
• This is a stable spiral galaxy. It is not effected by (severely) another galaxy's magnetic field. 
• They do not interact well with other atoms/galaxies.
• Closed loop
• High intensity core rotating.

Where as elliptical galaxies are more like hydrogen.

• Can be highly charged

The Poincaré Conjecture

The Poincaré Conjecture is incorrect. Here is why. The Poincaré Conjecture states that the sphere is the simplest shape in 3+ dimensions. A sphere requires that every point related to the surface of the sphere is exactly the same distance from the local origin of the sphere. This shape has never been found in nature. The simplest shape in nature is the wavefront or vibration. The simplest complex shape is the bubble or teardrop (bubble in motion through a medium).

There are 4 types of wavefronts found in the Baryonic nature. They are the Bosons; Photon, W+/- Boson, Z Boson and Gluon. Each Boson is a composite of 3 bits of information plus the rotation or spin of the wave. I explain this in the paper Structure of Baryons. We see this shape at both the microscopic and macroscopic levels. This is found as the magnetosphere around planets and in single baryon collisions.

The simplest  and only shape in Dark Matter nature is the 3 dimensional lattice of Anti-Gluons. The conjunction of anti-gluons is the anti-quark. Pressurization by baryonic magnetism against dark matter causes curves in the shape of the dark matter lattice. This interaction forms baryonic bubbles in dark matter.

Baryon Density - NCSA

Credit: NCSA (The National Center for Supercomputing Applications)


1.5 billion light year cube of baryon distribution


 Truly awesome.


But my critical mind says is there is no galaxy distribution. I don't see Galactic Clusters or similar distribution patterns. I would like to see the associated algorithms used to create this pic. I think this is a need to understand Dark Matter and its interaction with Baryonic Matter.


But it does look similar to this pic from the Spitzer Space Telescope.

Other Distribution movies and Pictures

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http://irfu.cea.fr/Projets/coast_documents/movies/SDvision-heracles_MIS300.avi

http://irfu.cea.fr/Projets/COAST/movies_ISM.htm

The Electric Universe Theory

The Electric Universe

I don't think it is a good idea to embed this video. It is large. It is a superb video. The Electric Universe theory can be found at http://www.holoscience.com/

For cosmologist, ignore it at your own peril. If the model you are working on does not identify and solve these problems then the model is incorrect.

What is being described in this model is the interaction between the Z Boson and the W+/- Boson. At the point of interaction between the Z and W+/- Bosons creates a unstable oscillating lepton called Electron. This lepton not only produces electricity, but it is responsible for the emission of the Photon Boson. This lepton is the point of read/write of memes or information from one Baryon to another.

Z Bosons connect to the nearest and strongest W+/-Boson. It does not necessarily connect to its own W+/- Boson. This process is ionization.

The unstable lepton vibrates in two ways. They are the same vibration. The continuum of vibration is asymptotic at the neutral or zero. The attractive vibration of the lepton is a positive charge. The opposite or negative charge vibration is expressive.

Ill add to this later. I have to think more on it.