Considering that the smallest, fastest, and lightest object in the universe is photon and the universe mass is about 1053ππ, if we consider the photon as the basis of the Big Bang, the volume and density equations are as follows:
Where ππ is the total mass of universe, π is the number of photon, ππ, ππ, ππ πππ ππ are the mass, radius, volume and density of the photon and ππ΅π΅, ππ΅π΅ πππ ππ΅π΅ are the radius, volume and density of the Big Bang sphere.
According to the data, it can be said that if the existing sphere at the moment of the Big Bang was made of photons, by such a volume and mass, it is by far different from the information that obtained for the Big Bang before. In other words, the photon is not the desired particle that could have formed the Big Bang sphere.
Therefore, we define a special particle called βsub-photonβ with dimensions of one billionth of a photon (in terms of radius value).
By using this particle, the calculations are as follows:
Where ππ π πππ ππ π are the radius and volume of the βsub-photonβ.
Due to obtained values, this fundamental particle is capable of defining the Big Bang phenomenon. It can be said that for the Big Bang, a density higher than 1042 ππ/π3 and a volume less than 1010 π3 cannot be imagined.
Therefore, the density of the Big Bang is definitely less than 1042 ππ/π3 and its volume is undoubtedly more than 1010 π3.
The formation of the Universe begins with the Big Bang phenomenon. The Big Bang is a periodic motion, like a planet that starts its movement from one point and returns to the initial point after a complete period, which we name a Cycle period (like a year). In this article we will explain the 3 different stage of the Big Bang.
