| viXra.org > Relativity and Cosmology > viXra:1407.0168 |
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| viXra.org > Relativity and Cosmology > viXra:1407.0168 |
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Relativity and Cosmology |
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Authors: George R. Briggs
In the epoch prior to the big bang E8 was an unbroken symmetry (see viXra 1405.0210) and both positive and negative intrinsic energy (mc^2) boson particles could be formed and combined with positive intrinsic energy leptons, hadrons and strong force particles to form zero intrinsic energy fermibosonic entities which could carry matter from the previous universe without violating flatness requirements. Two new gauge bosons were needed (along with a third to enable the big bang) and these gauge bosons could produce attractive forces much stronger than the weaker force of our broken symmetry force of gravity. The period of time that the universe had unbroken symmetry could thus be relatively short compared to our epoch of broken E8 symmetry.
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[v1] 2014-07-21 15:57:04
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