A0435: What is the background noise of the universe?

When the universe was ignited by the Wingmaker, tremendous amounts of energy formed into your universe. The Universe is expanding, but not in the way that you currently think it is. It is true that star systems are hurtling through space, but something else is happening that you have not understood until now. The Universe is expanding so that all bodies are moving away from the place of the Big Bang, but the bodies are also getting bigger in the process. What do we mean by that, we ask? If a body is in motion relative to other bodies, then electrostatic attraction will cause what appears to be a force between these bodies to attract each other. If you were to consider this further, then the force should cause the body to deform or not? If the force is great enough, then it will cause the body to deform in the direction of action. If this electrostatic attraction is applied to all bodies in the universe, then a force pulls on a body from all directions due to the electrostatic attraction of all bodies, so that most bodies in the volume are deformed almost uniformly. The deformation is only slight, but a body that changes size also has different properties than it had before because the composition of the gravitational waves released from the particles of the planetary material changes. 

What does this have to do with the background noise of the universe, we ask? What is rushing is the first gravitational waves that are still being detected in the universe after the Big Bang. These gravitational waves are influenced by all bodies in the universe, even if your scientists do not yet understand this. When this noise is detected, it is not the noise of the first time of your universe, but this noise is constantly changed by all the body waves of matter in the universe. Because all the bodies in the universe are strictly speaking increasing in size, the gravitational waves leaving those bodies will be changed and those gravitational waves will be constantly changing the existing gravitational waves so that the background noise 1000 years ago was different than it is today and in 1000 years it will have fundamentally changed again so that your background noise is the product of all the gravitational waves in the universe and it will continue to change over time. 

Question: Will the expansion of the universe and its bodies end at some point?
No, the expansion never stops and the bubble of your Universe will continue to expand. At the level of matter there are innumerable universes and the oldest universes have assumed a size that is many times that of your universe. The bodies in the universe have also become larger and larger, and we must explain what else is happening to these bodies. 

Before a sun is formed, the place of matter was assisted with a lot of energy so that a star can be formed. In every universe there is a cosmic network of enormous energy currents that connects every larger body in the universe. Your sun is connected to it and planets above a certain size are also connected to it. The planets and suns will either receive energy salvos or even feed energy into this network so that the network always has enough energy available. If a sun is to come into being, then there must already be a lot of matter at the location, but that is usually not enough, so a node is created at the place of origin by the spiritual world. This node is filled with energy from the cosmic network so that the formation of a star is supported there. During the formation phase, the electrostatic attraction will create a vortex, because the same thing happens with a current-carrying coil. The vortex will cause planets to form around the new star because the matter in the vortex of the star will cause smaller vortices so that the energy currents are transferred to the proto-disk of the star to be formed. The planets receive energy salvos in the same way as the new star and this energetically charges a young planet so that its mass in relation to the rest of the mass not only emits gravitational waves, but the particle waves have been energetically raised so that they leave the matter particle with a greater potential than is normal. 

This large potential creates very strong gravitational waves around the new star, so that at the time of formation the first planetary bodies actually have more volume than is physically calculated by you humans today. When the bodies have cooled down, they are still energetically charged because they have not given off this energy. When would a celestial body release the energy of creation from the cosmic energy network, we ask? When the celestial body is forced to do so. When is this the case, we ask? When the celestial body needs an extra charge of energy. The writer is confused right now, but we are clarifying this fact now. A planet is not only affected by the bodies in its solar system, but the whole universe tugs electrostatically at that celestial body and a collection of celestial bodies is a galaxy. A galaxy has a certain energy potential. If something you call a black hole is created in this galaxy, then this black hole will gradually draw the energy out of this galaxy and transfer it through the time tunnel represented by the black hole as black energy to another time in the life of your universe, so that something new can be created there at that time. This black energy is, among other things, this extra potential that all celestial bodies received from the cosmic energy network during their formation. 

The black hole is fed with black energy until it begins to transform the first celestial bodies into black energy in order to create something new on the other side of the black hole. Your celestial bodies are constantly being transformed so that no celestial body really exists that long. A very old universe consists of celestial bodies that have increased in size a great deal. If the black energy on the exit side of the black hole creates a new celestial body because a new galaxy is created there, then it has a certain size that increases the longer the celestial body exists until a black hole there also ensures that the galaxy is gradually transformed into black energy, which at another time in the life of the universe creates something new from it. 

Question: Why do we not recognise this expansion of the celestial bodies?
Because your instruments are not able to do so. If you monitor the size of your known universe, then all the bodies will expand uniformly and the universe as such will also expand, so that until now you have not noticed that the celestial bodies are not only moving away, but that they themselves are also becoming larger and larger. The increase in size is not enormous, but it has a great influence on the particle waves that are generated in the celestial bodies.