How the Higg's Boson Must work in The SVM

Dark Energy Rulesets:  Reasons, Functions and Rules.

Let's say I am wrong and there is a Higg's Boson.Of which there is a Higg's Boson and I am wrong, This posting will describe the Higg's Boson and its effects and interactions. What would the purpose of this effect (Boson)? When does this Boson interact with the Dark Energy Ruleset?

The simple version creates the basis of the Coriolis Effect.

The other version forms crystals

This problem has two solutions in this model. The simple (integer) version that will always show chaos, and the complex (irrational) that will solve these issues. Please read the paper "The Structure of Dark Energy" a basic abstract.

The Dark Energy Ruleset:
The space created by Dark Energy is not defined by any previous space; Hilbert, Einstein, or
others. Previously defined space requires a flat universe, a vacuum and single point mass.

A discrete single Dark Energy unit is called a Ruleset. A Ruleset domain is exactly the width of
one bit of information of a boson.
• A Ruleset is the medium in which vibrations transverse.
• A Ruleset is a 3 dimensional structure.
• A Ruleset is not aware of which vibration it holds or if it is void of vibrations.
• A Ruleset domain is the width of a bit of information of a boson.

A Ruleset is where the interactions of boson information occurs. In the simple solution I will describe these interactions over time using familiar equations. I will use this model to describe simple baryonic motion, boson to boson interaction and boson to baryon interaction. This model must displais changes in elemental variables ( Gluons ,W+/- Bosons, Z Bosons and Photons). This model must result in producing chemistry examples.

The Higg's Boson transmits information to the Ruleset at .  On 4 July 2012, it was announced that a previously unknown particle with a mass between 125 and 127 GeV/c² (134.2 and 136.3 amu) had been detected; physicists suspected at the time that it was the Higgs boson.^[14][9][15].

 In my mind this means that three bits of information is the Coriolis solution begins.  Neutrinos transmitted the temperature information, frequency, and the wavelength to the next ruleset at those voltages. Information about two touching baryons are compared at these points on the ruleset.

^{These are the three strands of information I described in the paper about photons. The information travelling down the Higg's is the inverse of the information held in the photon. It tells the ruleset it is entering the information required. The ruleset compares the new information to current information then makes changes to the bosons involved.}

This is how small information traveling over small distances can have a great impact on other baryons.

Aaron