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New Theories / Did the universe begin life inside a black hole? or MC Squared theory.
« on: 06/02/2021 02:18:17 »
Note: This topic was split off from: https://www.thenakedscientists.com/forum/index.php?topic=81590.0 Did the universe begin life inside a black hole? - moderator.
If the Universe was inside a black hole, it was the black hole itself, whatever a black hole is.
My two cents theory:
All black holes inside the Universe are rotating. In a black hole, matter is organized in a very simplified way, information is conserved in an equivalent of folding. There is matter, which is spacetime itself, from the inner horizon up to the outer horizon. Only when all the Universe forms a single black hole, the inner horizon vanishes The black hole stops rotating and we get a singularity of the Higgs field. There is no singularity of the EM field nor of the gravitational field. Every bit of information is its own center and its singularity, and it is connected with every other bits of the Universe in a kind of causal set, only once with the EM field and also only once with the gravitational field. The Higgs field produces a flat space with a finite horizon but your horizon is unreachable because it moves with you while it is expanding or contracting. Asymmetries are the fundamentals. There is an unstable quasi-static black hole at both ends. Time has only one direction.
Inflation doesn't need a special energy, it is caused by the gravitational blue shift of massive particles vs the expansion of the surrounding vacuum energy in an early phase. The speed of light is constant everywhere. Time is absolute but the passage of time is relative. This is the wavelength that is changing. You must take account of the expanding horizon to solve special relativity.
Elementary particles are spinors of EM spacetime intersecting the gravitational spacetime. All elementary particles have an electric charge, including the neutrinos. Neutrinos wavelength oscillates near more massive particles and they only interact at three specific wavelengths (the value of the electric charge oscillates and they become virtually interactionless). The electron tunnel effect is the same mechanism... Dirac wins.
The expansion may be represented by a lagging gravitational field behind the EM field. Matter is positively charged when highly compressed because the electron wavelength is longer than those of the proton constituents. As the Universe is cyclical, you need a negatively charged counterpart which should have its own Higgs. This counterpart is also related to the second and third families of particles through the W and Z bosons. This is Dark Matter. Dark matter only interacts with ordinary matter in the EM spacetime field near the static black hole. The Higgs produces all elementary particles. This is the basic quantization number. Its mass = proton mass divided by the fine structure constant with corrections due to the W and Z. The neutrinos are key parts to understand.
There could be two families of Dark matter with two beautiful Higgs particles. Unfortunately, they are only observables through gravity... In the contrary, why would the second and third families be unstable? At what point the second and third families become stable bits of information and why? Where the multiple Higgs meet each other.
Every time an experiment verifies entanglement relations it is also a demonstration of the Higgs field. Remember that the Higgs field is faster than light, which means it is a synchronization field, not an energy field. All particles of the Universe are entangled (at least for each individual type of matter-DM) in a complex quantized relation, which means detectors are a key part of the solution.
The volume of the Universe is proportional to the number of particles in it. If there is no new particle produced, the Universe collapse. This includes gravitons, that's why it is the volume and not the surface... The Universe must reach a maximum size because there are no infinities...!!!
Gluons are gravitons. A graviton is made of two gluons because it is a dual relation.
If the Universe was inside a black hole, it was the black hole itself, whatever a black hole is.
My two cents theory:
All black holes inside the Universe are rotating. In a black hole, matter is organized in a very simplified way, information is conserved in an equivalent of folding. There is matter, which is spacetime itself, from the inner horizon up to the outer horizon. Only when all the Universe forms a single black hole, the inner horizon vanishes The black hole stops rotating and we get a singularity of the Higgs field. There is no singularity of the EM field nor of the gravitational field. Every bit of information is its own center and its singularity, and it is connected with every other bits of the Universe in a kind of causal set, only once with the EM field and also only once with the gravitational field. The Higgs field produces a flat space with a finite horizon but your horizon is unreachable because it moves with you while it is expanding or contracting. Asymmetries are the fundamentals. There is an unstable quasi-static black hole at both ends. Time has only one direction.
Inflation doesn't need a special energy, it is caused by the gravitational blue shift of massive particles vs the expansion of the surrounding vacuum energy in an early phase. The speed of light is constant everywhere. Time is absolute but the passage of time is relative. This is the wavelength that is changing. You must take account of the expanding horizon to solve special relativity.
Elementary particles are spinors of EM spacetime intersecting the gravitational spacetime. All elementary particles have an electric charge, including the neutrinos. Neutrinos wavelength oscillates near more massive particles and they only interact at three specific wavelengths (the value of the electric charge oscillates and they become virtually interactionless). The electron tunnel effect is the same mechanism... Dirac wins.
The expansion may be represented by a lagging gravitational field behind the EM field. Matter is positively charged when highly compressed because the electron wavelength is longer than those of the proton constituents. As the Universe is cyclical, you need a negatively charged counterpart which should have its own Higgs. This counterpart is also related to the second and third families of particles through the W and Z bosons. This is Dark Matter. Dark matter only interacts with ordinary matter in the EM spacetime field near the static black hole. The Higgs produces all elementary particles. This is the basic quantization number. Its mass = proton mass divided by the fine structure constant with corrections due to the W and Z. The neutrinos are key parts to understand.
There could be two families of Dark matter with two beautiful Higgs particles. Unfortunately, they are only observables through gravity... In the contrary, why would the second and third families be unstable? At what point the second and third families become stable bits of information and why? Where the multiple Higgs meet each other.
Every time an experiment verifies entanglement relations it is also a demonstration of the Higgs field. Remember that the Higgs field is faster than light, which means it is a synchronization field, not an energy field. All particles of the Universe are entangled (at least for each individual type of matter-DM) in a complex quantized relation, which means detectors are a key part of the solution.
The volume of the Universe is proportional to the number of particles in it. If there is no new particle produced, the Universe collapse. This includes gravitons, that's why it is the volume and not the surface... The Universe must reach a maximum size because there are no infinities...!!!
Gluons are gravitons. A graviton is made of two gluons because it is a dual relation.
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