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.

DNA and Z Boson Information

This comes from GSJ forum. This stems from a discussion on consciousness and matter. It started as a discussion on time. We diverged.


Consciousness is not necessary for matter. Matter has rules. What is interesting about consciousness is that it forms only in carbon and silicon, that we know of. I would say that consciousness is only the effect of information efficient carbon structures.

The Neural Network is necessary to produce the efficiency needed to store and process information in carbon. Other structures either store or process information.

This is the process of DNA. DNA is a carbon structure that is efficient at processing information but not storage. An electron starts at one side of the structure and changes the information it stores as it passes along the structure. Like an antenna that changes the information as it receives and transmits the information along the chain. Proteins are produced through this process. The proteins store this information, until it's information is used by other carbon structures.

The Z Boson is most responsible for this process. It processes the information until it is finished with the chain. It hands of the electron to another Z Boson, processing the information in the Gluons. Like an antenna, that changes the information along its length.

This process is far more complex than motion or clocks. It is not so simple to jump from matter to consciousness. Consciousness is a virtualization of information.

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Not only must models of the universe explain; the motion of matter, descriptions of electricity and magnetism, they must explain the jump to Organic Chemistry. It is fundamental to any model of the universe to describe how we work. It is vital that the rules maintain consistency through all the variations of information. This model of information can make that consistency challenge.

The new model of information will be the basis for the study of Organic Computational Science. This will be the understanding of the principles of information in organic structures.

Dark Energy : Ruleset

Dark Energy in its simplest form is a Ruleset.

1) A Ruleset is a computational engine.
2) A Ruleset is the media in which vibrations transverse.
3) A Ruleset is a 3 dimensional structure.
4) A Ruleset adds to the vibration's counter and reduces the intensity of the vibration as the vibration transverses the ruleset.
5) A Ruleset does not care which vibration it holds or if it is void of vibrations.

Wilkinson Microwave Anisotropy Probe is the best map of the contents of the universe that we can detect.
Currently
100% of the spaces of the detectable universe are Dark Energy Rulesets.
72% of those Rulesets are void of vibrations.
23% of those Rulesets contain Dark Matter vibrations.
4.6% of those Rulesets contain Baryonic Matter vibrations.



13.7 Billion Years ago
100% of the spaces of the detectable universe are Dark Energy Rulesets.
63% of those Rulesets contained Dark Matter vibrations.
12% of those Rulesets contained Baryonic Matter vibrations.
15% of those Rulesets contained photon vibrations
10% of those Rulesets contained Neutrino vibrations.

Long wave through a tiny hole

This is from Bill Beaty's antenna problem
http://amasci.com/elect/tinyhole.html

Here's a second answer to the original question. To allow EM waves to pass through the tiny hole in the infinite conductive plate, just place some molecules in the hole, but choose molecules which are resonant at the frequency of the EM waves. Suppose the EM waves are microwaves, and their frequency is at the ammonia resonance (think "ammonia maser"). If we place some ammonia molecules in that tiny hole, the molecules will strongly absorb the incoming radiation, then they will re-radiate it. Part will be scattered backwards, but part will move forwards through the hole. The presence of those ammonia molecules has allowed the EM radiation to pass through the hole.

The presence of the molecule can make a big difference. Suppose we make our hole somewhat larger than a single ammonia molecule. Without that molecule present, the amount of EM wave energy which passes through such a tiny hole will be vanishingly small. However, with the molecule placed into the hole, relatively enormous amounts of EM power suddenly can get through.
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My elaboration on Bill Beaty's tiny hole thought experiment.

Now I would like to explain this a little more. Since the hole has an ammonia molecule in the hole, this is what I think happens. The microwave hits the electron of the ammonia molecule. The electron reads all the information of the EM wave. The electron processes the information and converts it to z boson. The z boson transmits the information to the gluon of the molecule. The gluon converts it to the attached quarks.

Next the gluon retrieves the information from the quark, here the molecule processes the heat, and pressure. This information alters the quark. The quark sends the information about the new state of the molecule with the changes in temperature and shape to the gluon. The gluon converts the information to a z boson and sends it to an electron. The electron converts the z boson to a photon wave and transmits the information through the hole.

I really think this is what is happening.

a

Information Density and the Gluon

E = hv

Which says Energy = Planck's Constant h multiplied by the frequency of the vibration.

Now these are 19th century equations that have been purposefully discarded by einsteinians. Because they are difficult. Not a good reason.

Others density equations include (Planck)
Frequency
u(v,T) = ((8(pi)hv^3)/(c^3))*(1/(e^(hv/kT)-1)

Wave length
u(λ,T) = ((8(pi)hc)/λ^5)*(1/e^(hc/λkT)-1)

u = spectra. The emitting Baryon leaves its identification on the spectra. Along the spectral line, where the temperature = 0, identifies the emitting baryon.

So here we have an exactly derived system of equations that show the vibration of energy over time through its frequency or wave length. There are other equations that show the vibration of energy over time through its charge or current. This is the basis of my model.

Now the sender and receiver of this energy is the gluon. Gluons communicate like this.
This is me,
All of this information is in the photonwave. The gluon produces the photonwave by exciting a z boson (near field) and vibrating the loaded electron. Then the electron discharges the photonwave.
I have a frequency of u(v,T)
I have a wave length of u(λ,T)
I have an intensity of u(λ,v,T)
and my identity is where the information is 0

A similar process occurs with the W boson. The gluon vibrates and discharges the w boson.
it says I am a far field W boson
(I am not as familiar with these equations)
I have a charge of
I have a inducted current of
I have voltage of

I will fill these W boson magnetism equations

Simple Counter

Both the photonwave and the W boson have counters. This is a simple mechanism that counts the number of spins since existence. So

Distance traveled = number of dark energy units or spins counted.

This counter tells the receiving atom the temperature loss in the photon wave and the pressure loss in the W boson since inception

The Gluon: The Master of Information

It is the Gluon that is the most important vibration in our universe. It communicates information to all other systems of vibrations as expressions. All information communication is essentially Gluon to Gluon communication. Each Gluon needs to communicate certain bits of information to other Gluons.

Gluons use certain vibrations to communicate different bits of information to other Gluons. The type of information determines the type of vibration used to communicate that information. The Bosons are the vibrations that transmit information. The Leptons and Quarks are expressions of the Gluon's information.

There are simple Gluon to Gluon communication through Quantumchromodynamics(QCD). The W+/- Boson communicates magnetism directly from Gluon to Gluon over a distance. The Photon communicates heat, pressure, and time to other Gluons through a more complicated system using both the Z Boson and the Electron. This system transmits information over great distances.

All Quarks store information for Gluons. The Strong Nuclear Force is the storage of Gluon information. Essentially a Quark is part of a Gluon and is the final expression of Gluon information.

All Leptons are responsible for secondary transmission of information for Gluons. The electron vibration loads information (described as Reiter Loading Theory) to be releasing the photon-wave as needed. The electron vibration now free of the photon-wave can accept a photon-wave and read the information from another Gluon.

Another important interaction the gluon is responsible for is the W boson communicates with dark matter. I postulate that the Gluon can have an anti-spin. This anti-spin Gluon causes expression of Dark Matter in a chain. The W boson provides magnetism information to the Dark Matter chain repelling it from the W boson. This is responsible for the bubble in Dark Matter causing Specific Baryonic Density (what was known as gravity).

Magnetism and information

The nature of the Boson is to transport information. This transference of information is done in waves. The W and Z carry; induced current, voltage, and magnetism as information (meme). Whereas; temp, wavelength and freq are the domain of the photon. The electron and gluon convert the Meme into W and Z boson magnetism.
The W and Z transport; induced current, voltage, and magnetism as meme information. One of the bosons(Z?) is responsible for writing to the gluon. The others W+ and W- are responsible for broadcasting magnetism.


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my attempt at GSJ

I want to say that the photon carries more information that just time counter. A photon is vibrated by the electron so it has no charge and no mass. This way it can pass though interstellar space almost unimpeded (gravitational lensing: explained at the blog). A photon (sum of its wiggles and forward motion) moves at the speed of C. The photon only imparts its energy/memes when it vibrates another electron. This is where it converts information into Freq, temp and wave length. The electron converts this info into current, voltage, and magnetism and passed to the W and Z bosons where it now has mass. From the Z boson the current, voltage and magnetism are converted into color by the gluon and passed to the Quarks. The W bosons broadcast the meme as magnetism.

The process reverses. Quark to Gluon to W & Z bosons to electron to photon.

All forces travel in waves. The vibration may impart mass depending on the type of boson.

Its like a .txt file. the file can be read as a document or transmitted as a wave.