. The diameter of one quanton is about 10>-25 meters, which is ten orders of magnitude smaller than the size of an electron. The calculated electromagnetic energy of a quanton is about 10>-2 J. Quantized space-time has a colossal energy capacity. The energy capacity of one cubic meter of quantized space-time is 10>73 J. Therefore, quantized space-time is a carrier of super-strong electromagnetic interaction.
At some point in the existence of the Universe, the concentration of quantons in the Universe increased to such an extent that it led to an increase in the density of quantized space-time and, as a consequence, to an increase in the pressure and density of electromagnetic energy in the center of the Universe.
When the pressure and density of electromagnetic energy in the center of the Universe reached a critical level, at the point of singularity the destruction of quantons occurred, which released the colossal energy of the quantons located there, which in turn led to the Big Bang.
According to modern concepts, the Big Bang occurred in the Universe about 13.8 billion years ago.
The one who filled the Universe with quantons and increased their concentration in the Universe, which led to the Big Bang, is the Creator of the Universe. For possible reasons for the creation of the Universe, see the chapter "What is the Meaning of the Existence of the Universe?" below.
The Shape and Size of the Universe
The increase in the concentration of quantons in the center of the Universe, which led to the Big Bang, indicates that the Universe is not infinite and has a spherical shape.
If the Universe were infinite, then there would not have been an increase in the concentration of quantons in the center of the Universe, which led to the Big Bang, which, in turn, led to the development of the Universe, as evidenced by the information below.
For ease of understanding of the size of the Universe, we will conditionally divide the Universe into a visible part and an invisible part. The visible part of the Universe is the part of the Universe that humanity can observe using modern technical means (as of 2025).
The diameter of the visible part of the Universe is about 8.8 × 10>26 meters. The volume of the visible part of the Universe is about 3.6 × 10