BIG UNIVERSE-2 The structure and working of the larger universe

The structure and working of the larger universe

We live on earth. Our earth is located in our universe. Our universe is located in a larger universe. Let us consider the structure of the larger universe and how it works.

There are small pockets of space are located in the larger universe. Like a beehive. There are small pockets in the beehive which are filled with honey. We can take another example of an orange. There are also small pockets inside the orange in which orange juice is filled. Similarly small pockets of space are located in the larger universe as well. Very small energy particles are also filled in the larger universe and are moving within the larger universe. That is, there are small pockets of space in the larger universe which are static and basically empty and also filled with small energy particles which are in motion. These clusters of sky pockets of the larger universe provide a stable foundation for our universe. Provide a stable framework.

         Just as orange juice resides only in pockets, similarly the particles of our universe also reside in the space pockets located in the larger universe. The size of these space pockets located in the larger universe is equal to the smallest particle in our universe. That is, a particle smaller than the size of a pocket cannot live in our universe.

As mentioned earlier, pockets of space in the larger universe are in a stationary state and energy particles are in motion. These energy particles are of many types and are moving in the larger universe. These energy particles go inside those space pockets during motion and special types of energy particles get trapped in it. The energy particles that get trapped in these space pockets cannot escape from them. As soon as an energy particle gets trapped in these pockets, that particle appears as the smallest particle in our universe. That particle remains in our universe until it goes back to the larger universe. Countless such particles are constantly appearing in our universe. These particles combine to form the components of an atom (quarks, electrons, etc.). These components make up the atoms. Atoms interact with each other to form new elements and compounds. These elements and compounds together form large bodies.

As mentioned earlier, the smallest particles of our universe combine to form atoms. This does not mean that the two particles got mixed together. If these particles are in different pockets, then they are not touch to each other, rather both the particles get attached to each other due to the force of attraction and start acting like an atom.

As shown in the picture above, there are pockets of many sizes in the larger universe. Out of that, all pockets having the same size, that is, receiving the same energy, belong to one universe. Since there are pockets of many sizes, there can be many universes. All pockets in our universe are the same size. Only pockets of our universe are shown in the picture below.

There can be many other universes in the larger universe like our universe. The size of these pockets of our universe is equal to the smallest particle of our universe. Particles smaller than a pocket cannot exist in our universe. If it is smaller than that, that small particle will go into the larger universe. Any body in our universe is a group of many particles and each particle is holding a pocket. In a whole body, there are many pockets under that shape in which some are empty and some have particles. If more of the pockets within the shape of the body are empty then the density of that body will be less and if more of the pockets are filled with particles then the density of the body will be high.

Let us now consider the motion of a body in our universe. When anybody in our universe moves, all the particles of that body move together. As shown in the above picture, space pockets are separate to each other. There is big universe outside every pocket. These pockets of our universe are fixed for our universe and every particle is located in these pockets. Now the question arises that if the particles of our universe are in these fixed pockets then how will they move because outside every pocket there is big universe and the particle can live only in the pockets of its universe.

What happens during the motion of a body is that every particle of that body disappears from its pocket and appears in the pocket directly ahead. Disappears from there again and appears in the next pocket in front. In this way, during the motion, no body itself moves forward, but disappears from its place as the same body appears ahead and we feel that the same body is moving forward. When we also move forward, our same body does not go ahead, but that body disappears there and a new body like it appears ahead. During the motion the old body disappears and the new identical body keeps on appearing. The new body is so similar that we do not even know. We think it is the same body. Thus, during the course of motion, a body similar to a body appears ahead and the body behind it disappears. Since all matter in our universe is in motion, every moment the matters of the whole universe are changing by similar things.