The Speedy Neutrino?

A new study in the south pole by Berkeley shows a new Neutrino. I had a nice conversation with a Ph.D. on this topic. But I cannot seem to locate the conversation in g+. Which means the cache is dumped after a month. He taught at a school in London. He told me about an experiment like this.

http://phys.org/news/2015-08-cosmic-mystery-deepens-discovery-ultra-high-energy.html


The purpose of the test was to detect Neutrinos. They seem to have detected a new High Energy Neutrino. One with a faster velocity. How is it possible for an object to exceed c. C is the speed limit for a photon, but not the information Neutrino that streams within the object Photon. The information moves faster than the object because it fills the object vibration keeping the object at its variable state. The information tells the object variables how to maintain the object.

This is a simple Muon detection chamber. I have also seen this with alcohol. The contrails are impacts between Muons and Nucleus.

Muons are ejected nuclear material from x-ray and cosmic ray encounters with gluon nucleus. There are three known types of Neutrino; Muon, Electron, and Tau.

The Tau being the most dense is responsible for gluon to gluon connections. The bond that holds the nucleus together. When Tau lacks information passing through it gluons disconnect from each other and become Dark Matter.

The Muon is responsible for generating a magnetic field, the W+/- Boson. The shape of the Muon is that of a rotating bowl magnet. The opposite gluon defines the information transmitted by the Muon.

The Electron is induced by the W+/- Boson. It has multiple purposes. Not only does it communicate internally but it is the only Neutrino to communicate externally by generating and releasing Photons.

The question becomes how much extra energy. High energy correlates to low density.

Now this was a video from 3 years ago, apparently before focus was understood. Explaining the OPERA detector and CERN. They have had issues with measuring velocity over time. This is because they do not account for the Zeeman effect. This model shows how the W+/- field captures information and pulls it to the electron to be converted to information carried by the Z Boson. That capture of the photon by a magnetic field and inducing a electric field is requires because both the photon and electron are too small to randomly collide. There must be an intermediate force. This interaction is known and required for this model.

 This is why they are having clock issues. The multiple gps sattelites pass through different magnetic field densities over the Earth. They use atomic clocks now but there is still an error because of crosscheck over distance. Until I am assured that they have fixed the Earth's magnetic field error in their clock. Information passing through a magnetic field is affected by that magnetic field.

Tau, Muon, Electron

I have described these vibrations before.

Tau is the Gluon length regulator. Where two Gluons meet form a Quark.  The Tau's rotation around the Gluons forms as a choke ring. The Gluon side has active information the Quark side lacks information.

The Muon is the rotation point between the midpoint of the rotation of the opposite Gluon. 2 same Gluons 1 opposite. This emits the W+/- boson. The shape is of a rotating bowl magnet with a whole in the bottom.

The Electron is the flip point between photon and Z, Z and Z. Z and w+/-. Wow.

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.

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.

***********

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.

Variables Involved in Baryonic Motion

δ_Dn= δ_Dp+(Δδ_M+Δδ_E+Δδ_T)

Where:

δ_Dn = Baryonic density of object, not effected by dark matter boundaries.
where δ_Dp Previous baryonic density of object = (δ_M+δ_E+δ_T)/(1/2bcSin(A))
where a,b,c are the lengths of Gluons
where A,B,C are the angles between Gluons at the Quarks

δ_M = Magnetic field (W Boson) emitted from and read by Baryon. The W Boson is related to the rotational speed of the Baryon. In the case of uud, the 2 u quarks spin in a cone shape around the d Quark. The center of this cone is the rotational axis. The faster the spin the more intense the W Boson. The Voltage = the rotational speed.

δ_E = Electric field (Z Boson) emitted from and read by Baryon.
The uu rotational plane is perpendicular to the Z Boson field . The down quark lies on the rotational axis and is the direction of charge.

using Density Function Theory Introduction
ABCs of DFT
(DFT Wiki)

δ_T = Temperature field (Photon) emitted from and read by Leptons (Electrons) of the Baryon.
using Planck's spectral black body equations
u(v,T) = (8πhv^3/C^3)(1/e^(hv/kT)-1)
u(λ,T) = ((8πhc)/λ^5)*(1/e^(hc/λkT)-1)

This occurs during one spin of the object.
Equilibrium state:
t₀₁ = beginning of vibrations entrance to the Dark Energy Ruleset.
where
Work state:
t₁₁ = change period of Baryon. Application of work equations.
where δ_D= δ_Dp+(Δδ_M+Δδ_E+Δδ_T)
Equilibrium state:
t₀₂ = beginning of vibrations entrance to the Dark Energy Ruleset.
where δ_D = (δ_M+δ_E+δ_T)/(1/2bcSin(A))

The Z Boson and Electricity & Plasma

Much is known and being studied in the field of electricity. I mean, We have some really cool things because of people's understanding of electricity. I'm writing on a tablet pc. What could be more cool than that? Iphone, maybe. So, we already have an incredible understanding of electricity.

Plasma physicists on the other hand are doing some really cool things with new ideas. They get to play with some wild toys. Plasma engines teams are making huge achievements in their field(with their fields). Plasma is going to turn out to be the next major leap in physical technology.

The Z Boson transmits information from the Gluon to the Electron and back again. In conductors the Z Boson knocks Electrons from their orbit. In that, a Z Boson is responsible for changes in the Electron's distance to the nucleus. This strength in it's field is a measure of the intensity of the information that the Z Boson carries.

The information the Z Boson carries is it's charge and two compressed datasets for the Electron. The first is so the Electron can create a photon; temperature, wavelength, and frequency of the Quarks. The second dataset contains information for the Electron; current and voltage of the Quarks.

So now I can finish this table.
Table of information
Boson.| Gluon....| W Boson..| Z Boson.....| Photon
info.....| Voltage...| Charge.....|Current........| Frequency
info.....| Color......| Current.....|Photon data| Wave Length
info.....| Length....| Voltage....|Electron data| Temperature

Electricity occurs when the intensity of information(current) of the Z Boson ejects an Electron through a conductor. Plasma occurs when the intensity of information of the Z Boson extends it's field beyond it's atom to another atom or a free electron.

Near and far fields

Curt Youngs: Yes! At longer wave lengths an antenna is required. Now, radiation around the antenna develops a near field at the transmitter and the receiver. This near field is a standing wave. Within the standing wave, the electric and magnetic fields are at 90 degrees. In the far field, these fields are parallel to each other, and parallel to the propagation, so it is said.

Aaron: The reason, in my model, the near and far fields must be perpendicular to each other is that they are different vibrations. The far field I have described as the W boson and the near field is the Z boson. They have two different functions.

The W boson carries information directly from Gluon to Gluon. This is the far field. This field can travel large distances. The information it carries is voltage, current and charge plus a counter. When the W boson is received by another pro-spin Gluon, it is read as magnetism.

When the W boson is read by an anti-spin Gluon, it is read as pressure. It too is magnetism but non-baryonic Dark Matter uses this information differently. Dark Matter reacts to magnetism as a pressure and is repulsed by it. This causes a bubble in the Dark Matter allowing for Baryonic Specific Density (what use to be known as gravity).

The Z boson is the near field electric component of the Gluon's transmission of information. The Z boson excites the electron. This can have two outcomes. First is the releasing of a photon wave. Second is to excite the electron with charge, current, and voltage causing the near field.

As an antenna, an electron can move from atom to atom to continue to read information from the same wavelength. The longer the wavelength the further the electron travels up the field while reading. The electron reads one entire spin of the wavelength, gathering all the information from the photon wave. This information is converted to a z boson and returned to a gluon for processing. The gluon reacts to the information by expressing pressure, heat, and charge.

(Addendum) 5/10/09 - The W+/- and Z Bosons are nearly perpendicular to each other. The spin of the Baryon causes variation in position of each field. This is an equilibrium point.

Electron minimum/maximum read/write

The electron has a minimum and a maximum temperature, frequency, wave length that it can read or write. If any of these exceeded then the electron cannot read or write the information.

So if there are photon wave that have frequencies that are below the electron threshold, this means that the photon wave has travel too far and it temp is to low, or it has been modified by other fields that would extend the wave length.

For maximum temperatures electrons cannot exist. For example those black holes that I described http://aaronsreality.blogspot.com/2008/10/black-hole-flares.html

The temperature for the black body object referred to as a black hole exceeds 15000k. This temperature is to high for atoms to fully form. When the temperature drops below 5200k electrons can release photon waves.

In conclusion a photon that has a wave length that is too long will have a temperature that is too low for the electron to read. Even the largest atoms cannot read a wave length that is larger than the atom electron path.

An antenna is a series of atoms that allow an electron to pass along the length of the antenna to read the long wave length. Some wave lengths are so long that they will pass around the solar system. These photon waves are so cold that they seem unnoticeable. But if you built an antenna large enough you would register them. They would be read.

If the temperature is too high, the electron cannot form.

Information in action and inaction

Energy is memes (information) in action. Whereas particles are that same memes in expression.

Photons waves hold 4 memes of information; Temp, freq, wave length and counter.
Magnetism waves hold 4 memes of information; Charge, current, voltage and counter.

Electrons reads and writes the photon wave
Gluons writes and reads the W+/- boson. (Far field)
Electrons and Gluon read and write the Z boson (Near field)

Quantumchromodynamics(QDC color) is the expression of all of those memes as Quarks and Dark Matter by Gluons.

QCD is also the primary interaction between magnetism and Dark Matter. Dark Matter particles react to W boson magnetism through the gluon between each Dark Matter particle. This far field interaction causes a bubble in the Dark Matter allowing for the interaction we know as density/buoyancy of Baryonic Matter. What use to be known as gravity.

p.s. still no graviton.