According to the grid model , our universe exists on a grid field, which consists of an ordered structure of particles. The structure is ...
According to the grid model, our universe exists on a grid field, which consists of an ordered structure of particles. The structure is the grid, and the particles are the grid particles. This solid structure is empty space. Only the grid particles' vibrations affect the structure. Our regular matter, the particles exist on this grid structure as waves, as manifestations of synchronized vibrations of the grid particles.
Solid materials are capable to vibrate globally, in the whole structure. If the grid model is right, then this global vibration might be present in the case of the universe, as well. Because the frequency of the global vibration depends on the size of the solid material (next to many other factors), in the case of the universe, this vibration would appear as low-frequency global waves.
As the vibration occurs in the solid material, it causes local and global size changes in the matter. If space is a solid structure and the global vibration is present in the universe, it could cause measurable effects in the dimension change of the material. Space should contract and expand from place to place in a low frequency, global way. The global vibration would appear as a small addition to the global expansion of the universe, hence difficult to measure.
If the grid model is right, the global phase change, the Big Bang and its energy release were able to, and necessarily caused global vibration on the grid field, in the empty space, in the universe.
From the universe, an observer would be able to perceive this vibration if the value of the Hubble constant would not only be related to the distance but an accurate measurement would show a complex pattern of the Hubble constant. If we saw such a degree of deviation in the Hubble constants, we would provide evidence for the grid model.
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