Pasta Universe - Geometry of State

The pasta structure in the hadron-quark phase transition and the effects on magnetized compact stars

This is important. They are showing the different geometries of state. Geometry of State. The bubble is natural. It shows up in soap bubbles. The bubble is an analog to this vibratory model.

This bubble is the interaction between 2 anti-gluon Dark Matter fabric solids and 3 gluon baryonic bubble matter. The mechanism for this interaction is the W+/- Boson or magnetism. Every boson is expressing information about the originating baryon. Every baryon is constantly going through a process of read/write phases. This allows for transmission of data about itself. It also receives data about other baryons. There is a third calculation phase.

Dark Matter, as is described in this model, is charge repugnant. They are not electrically neutral. The rule is : a dark matter, 2 anti-gluon vibration cannot occupy the same space as a 3 gluon, charged baryon. Dark Matter cannot form the lepton, electron. Thus Dark Matter is pushed aside by baryons producing the ball in the ribbon effect.

Magnetism is the rotation of the 3 gluons in a cone shape. The spinning magnet. Density is the compression of the length of the gluon. These interactions cause the bubble shape that spins and vibrates in a bubble shape.

Dark Matter is only the gluon forces of density. Dark Matter does not spin. Dark Matter exhibits density pressure force and reacts to magnetism. This interaction is the breaking of the bonds in the Dark Matter by magnetism or the W+/- Boson. The magnetic pressures of the baryons against the Dark Matter cause this interaction. There are areas of void of information in the Dark Energy that are neither Dark Matter or Baryonic Matter.

Disharmonic vibrations are not transmitted by Dark Energy from Ruleset to Ruleset. Disharmonic vibrations are absorbed by Dark Energy Rulesets.

The pictures from IBEX and other Magnetism Sensors show intense interactions at the boundries of Dark Matter and Baryonic Matter.
Credit IBEX

This model explains the pictures taken by IBEX.

Why we see Anti-Gluons and Anti-Quarks

Why do we occasionally see Anti-Quarks and Anti-Gluons when particle accelerators teams do their amazing stuff?

The vibrations of Gluon and Anti-Gluon are so similar that during the collision of a normal atom, a Gluon may react to the collision by spinning in the opposite direction. This reverse spin Gluon is Dark Matter.

Anti-Gluons dissipate quickly into the Dark Energy on Earth. They cannot survive in an area of Dark Energy that is vibrating in the opposite direction. They are disharmonious to the distinctly different harmony of the Baryonic Matter. This exacerbated the Anti-Gluons' dissipation into the Dark Energy.

This same process occurs with Quarks. Although Anti-Quarks can bond with Quarks to form Mesons. Then the meson becomes disharmonic and dissipates. Some Mesons are more stable then others.

Anti-Gluons and Anti-Quarks in their normal vibration space form 4 Anti-Gluons per Anti-Quark. Where the Anti-Gluon has a piece of an Anti-Quark on each end of the Anti-Gluon. This geometry forms a sheet. Sheets forms a Dark Matter space.