Notes from CREATION Magazine. Big Bang Universe by Jonathan Safati.
The Currently leading Cosmogony (Gk. "birth of the universe") is the big bang theory.
This basically says, 'Nothing exploded and became everything'. One part of this energy became matter as per the famous Einstein formula E=mc2.
However, when this occurs, the standard laws of Particle Physics state that an equal amount of matter and antimatter must be produced. Yet our universe comprises overwhelmingly of matter, with only rare and fleetingly short-lived antimatter particles, produced for example in experimental high energy collisions.
These are of the same mass but opposite charge (if the particle is charged) and magnetic moment as the corresponding matter particle . They soon interact and are mutually annihilated - anti-electron with an electron, anti-proton with proton, anti-neutron with neutron etc. How did matter survive annihilation from an equal amount of anti-matter.
The Big Bang proponents says, most matter was lost or annihilated by anti-matter forming Photons for every proton. They believe that the early universe contained a billion and one proton for every billion anti-protons - leaving just one proton surviving.
But for energy to produce this slight IMBALANCE, there would need to be asymmetry in the fundamental makeup of the universe. They are still searching for the imbalances between protons and anti-protons.
It seems that the secular world is abandoning the myth of the Big Bang.
The Currently leading Cosmogony (Gk. "birth of the universe") is the big bang theory.
This basically says, 'Nothing exploded and became everything'. One part of this energy became matter as per the famous Einstein formula E=mc2.
However, when this occurs, the standard laws of Particle Physics state that an equal amount of matter and antimatter must be produced. Yet our universe comprises overwhelmingly of matter, with only rare and fleetingly short-lived antimatter particles, produced for example in experimental high energy collisions.
These are of the same mass but opposite charge (if the particle is charged) and magnetic moment as the corresponding matter particle . They soon interact and are mutually annihilated - anti-electron with an electron, anti-proton with proton, anti-neutron with neutron etc. How did matter survive annihilation from an equal amount of anti-matter.
The Big Bang proponents says, most matter was lost or annihilated by anti-matter forming Photons for every proton. They believe that the early universe contained a billion and one proton for every billion anti-protons - leaving just one proton surviving.
But for energy to produce this slight IMBALANCE, there would need to be asymmetry in the fundamental makeup of the universe. They are still searching for the imbalances between protons and anti-protons.
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| Space.com |
It seems that the secular world is abandoning the myth of the Big Bang.
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