I won't bore the reader to much. I will quickly make a few or two more assumptions concerning the so-called ''Big Bang Hypothesis.'' This will be good for us, i think in the long run, because maybe, just maybe, this will spark enough attention to develop a world-site view on a final hypothesis? Up for the challenge? Only thing... I'm starting it
First: A quick summery of Big Bang <> It is the notion that from a singular point in spacetime (singularity) or a topological opening as coined (Wormhole) is where all matter and energy evolved from what we call an infinite density, curvature and even energy. The Uncertainty Principle forced this compilation of ingreadients outwards, because this super-compactification of infinity defied the rules of energy having definate positions and paths simultaneously. It expanded first as space and time, as they are primal, and only 32, possible even 380,000 years later, light appeared from the gravitational potential, which excited the quantum packets to come out of the ZPE Field.
1. Light can convert into other particles: such as electrons and pions. The equation describing this, which i have adapted slightly from relativity, is:
t'=t_0 √ 1^4 - Mc^2/Ec^2 = 0
Which allow us to see it in light of matter-antimatter relationships, through:
E=Mc2
Which converts to the negative of E=-Mc2 due to Diracs Equation giving:
E=-Mc2+(E=Mc2) = 1022KeV of gamma energy or 511^2
Through:
M=E/c2
This describes the natural nature of the universe, which should have created matter and antimatter in equal proportion. But there is quite a strong arguement in CTP Violation... but not every scientist is so convinced.
2. But if, antimatter was created in quite an amount, then it could answer the descrepency in that 8 by 2 billion years configuration called simply, a ''big hole'' - If antimatter was created in equal proportion, then there could have been a very early antimatter-matter collision. IF IT happened very early on, perhaps even during inflation, it could answer quite a bit for the background temperatures, since inflation, mediated by the Inflaton, distributed all matter (and that must also mean these virtual background tempertaures, in a very homogenous and istropic distillution)... If this theory is correct, the early matter-antimatter collision cause this massive hole, and allowed enough time, (we need about 8 billion years to my calculations), to allow the radiaton from such a collision to escape, so that it is as empty as we are measuring it.
Any thoughts?
First: A quick summery of Big Bang <> It is the notion that from a singular point in spacetime (singularity) or a topological opening as coined (Wormhole) is where all matter and energy evolved from what we call an infinite density, curvature and even energy. The Uncertainty Principle forced this compilation of ingreadients outwards, because this super-compactification of infinity defied the rules of energy having definate positions and paths simultaneously. It expanded first as space and time, as they are primal, and only 32, possible even 380,000 years later, light appeared from the gravitational potential, which excited the quantum packets to come out of the ZPE Field.
1. Light can convert into other particles: such as electrons and pions. The equation describing this, which i have adapted slightly from relativity, is:
t'=t_0 √ 1^4 - Mc^2/Ec^2 = 0
Which allow us to see it in light of matter-antimatter relationships, through:
E=Mc2
Which converts to the negative of E=-Mc2 due to Diracs Equation giving:
E=-Mc2+(E=Mc2) = 1022KeV of gamma energy or 511^2
Through:
M=E/c2
This describes the natural nature of the universe, which should have created matter and antimatter in equal proportion. But there is quite a strong arguement in CTP Violation... but not every scientist is so convinced.
2. But if, antimatter was created in quite an amount, then it could answer the descrepency in that 8 by 2 billion years configuration called simply, a ''big hole'' - If antimatter was created in equal proportion, then there could have been a very early antimatter-matter collision. IF IT happened very early on, perhaps even during inflation, it could answer quite a bit for the background temperatures, since inflation, mediated by the Inflaton, distributed all matter (and that must also mean these virtual background tempertaures, in a very homogenous and istropic distillution)... If this theory is correct, the early matter-antimatter collision cause this massive hole, and allowed enough time, (we need about 8 billion years to my calculations), to allow the radiaton from such a collision to escape, so that it is as empty as we are measuring it.
Any thoughts?