How our universe started? The grid theory may give us an image of what happened at the beginning and what was before the beginning. Acc...
How our universe started? The grid theory may give us an image of what happened at the beginning and what was before the beginning.
According to the grid theory, our physical world exists on a grid structure. Everything that we experience is the different states of the same Planck size particles which build up the grid. The grid particles can vibrate in several degrees of freedom. The different vibration of the grid particles represents the different states of these particles. The vibrating grid particles can mutually affect each other and can create different stable structures by vibrating synchronized.
How our universe may have started on a structure like this?
Before the beginning, our physical world did not exist. Because the grid structure exists and presents all the time, our non-existing physical world means that the grid is in the same state in all different places, the grid behaves as a coherently vibrating structure. The whole system is in a state, as we would call it as quantum coherence. The time as we think of that does not exist because everything is in a dynamically changing but same state.
At the beginning of our world, this coherently vibrating structure desynchronized by a random inside or by an outside effect. This effect may set the starting parameters of our universe. The desynchronization rapidly spreads out from the place where the desynchronization occurred. The speed of the spread of the desynchronization is the speed of an effect in the structure of a coherent quantum system. This desynchronization may be called inflation.
After the sudden and rapid desynchronization, the grid now consists of randomly vibrating grid particles with some freedom level fixed by the initiating effect.
Right after the desynchronization, local structures start to form on the grid from the grid particles by local and partial synchronization. Stable structures can form only in three dimensions, space, as we know it forms. As the stable structures form, particles, as we know them, become to exist. The stable structures first are the simpler and speedy bosons and right after the more complex and be stationary fermions. The time starts with stationary structures.
Because the forming fermions occupy space and they have formed with high kinetic energy, expansion occurs in the formed space, the big bang created. It happens not in a given spatial location but all over the grid. The expanding and hot universe has been born.
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