A Most Probable Theoretical-Physical Model of the Universe

Only a theoretical-physical appropriate and accurate model can describe the properties and characteristics of the Universe. Proper mathematical and graphical representation of the Universe can reveal the behavior of our Universe. Observations and experiments are to confirm in all possible ways the proposed most probable accurate model. The physical time plays the key role to model the Universe, an accurate explanation of history always a key source of proposed accurate model. Psychologically it seems to us that there can be all possible histories but what already happened is actually the only way it can be happened, and thus due to causality, the history is one and unique. The history is not that what happened is most likely to happen, but it is rather what happened is the sole way it can happen only. Thus, the physical time plays key role to model the Universe with adequate accuracy. In this paper, a most probable theoretical model is proposed with mathematical and graphical representation. The total energy of the Universe is conserved with an assumption that matter is also a kind of energy. A condensed and compressed form of energy is matter. Where space-time curvature is so curved that the energy forms a loop and the loop vibrates to form a matter. The different elements have different vibrations with different natural frequencies. Example, the intense gravitational force of Black Holes produce particle and anti-particle pair, which are all energy trapped in a closed loop form. As we are made of particle, the physical time runs forward for us, we even cannot recognize the backward physical time movement of the physical time of an anti-particle, because we cannot recognize negative velocity, it seems to us that the anti-particle is moving with positive velocity is opposite direction.