In our website, we showed how the Supergravity split into the four fundamental forces: Strong, Weak, EM & Gravity forces. Quarks were then created due to energy (Mass - Energy Equivalence Principle) and this event is commonly known by others as the Quark Era. These Quarks then joined together to create the Protons and the Neutrons.
We also showed the creation of the first Hydrogen and Helium isotopes, which occurred during the Big Bang Nucleosynthesis. The Decoupling on the other hand, took place during the separation of light and matter; which at the same time photons were released. This then caused the formation of CMB.
During the Dark Ages, there was no visible light and activities diminished due to the low energy levels. The “Dark energy” was the main reason for the fast speed that occurred during the expansion of space.
We then explained that stellar nucleosynthesis was the reason for the formation of elements starting from the element Helium until the Iron element. The creation of all the remaining elements or the heavier particles in the periodic table was showed and called the supernovae nucleosynthesis.
The first stars were also explained to be created using the elements Hydrogen and Helium, while the modern day stars are made of the heavier elements found in the periodic table.
Lastly, we showed that two small nuclei’s are combined in order to create a larger nucleus and this process is called Nuclear Fusion. On the other hand, Nuclear Fission takes place when you split a more massive nucleus, that is not stable,into two less massive radioactive nuclei’s.
We also showed the creation of the first Hydrogen and Helium isotopes, which occurred during the Big Bang Nucleosynthesis. The Decoupling on the other hand, took place during the separation of light and matter; which at the same time photons were released. This then caused the formation of CMB.
During the Dark Ages, there was no visible light and activities diminished due to the low energy levels. The “Dark energy” was the main reason for the fast speed that occurred during the expansion of space.
We then explained that stellar nucleosynthesis was the reason for the formation of elements starting from the element Helium until the Iron element. The creation of all the remaining elements or the heavier particles in the periodic table was showed and called the supernovae nucleosynthesis.
The first stars were also explained to be created using the elements Hydrogen and Helium, while the modern day stars are made of the heavier elements found in the periodic table.
Lastly, we showed that two small nuclei’s are combined in order to create a larger nucleus and this process is called Nuclear Fusion. On the other hand, Nuclear Fission takes place when you split a more massive nucleus, that is not stable,into two less massive radioactive nuclei’s.