Schwarzchild proton: Difference between revisions
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The '''Schwarzchild proton''' is a proton model suggested by Nassim Haramein consisting of the idea that [[proton]]s are tiny [[black hole]]s containing within them the entire [[Observable_universe#Mass_of_the_observable_universe|mass of the known universe]]. This theory characterizes the [[strong force]] holding the protons together in [[nuclei]] as a result of [[gravitation]] (ie. In a [[helium]] atom with two protons, this theory suggests that the two protons are tiny black holes orbiting around each other at [[the speed of light]]). This theory oddly seems to tie gravitation, the strong force, and even [[quantum entanglement]] of all the particles in the known universe together. | The '''Schwarzchild proton''' is a proton model suggested by Nassim Haramein consisting of the idea that [[proton]]s are tiny [[black hole]]s containing within them the entire [[Observable_universe#Mass_of_the_observable_universe|mass of the known universe]]. This theory characterizes the [[strong force]] holding the protons together in [[nuclei]] as a result of [[gravitation]] (ie. In a [[helium]] atom with two protons, this theory suggests that the two protons are tiny black holes orbiting around each other at [[the speed of light]]). This theory oddly seems to tie gravitation, the strong force, and even [[quantum entanglement]] of all the particles in the known universe together. | ||
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[[Category:Physics]] | [[Category:Physics]] | ||
[[Category:Subatomic particles]] | [[Category:Subatomic particles]] | ||
Latest revision as of 22:05, 1 January 2011
The Schwarzchild proton is a proton model suggested by Nassim Haramein consisting of the idea that protons are tiny black holes containing within them the entire mass of the known universe. This theory characterizes the strong force holding the protons together in nuclei as a result of gravitation (ie. In a helium atom with two protons, this theory suggests that the two protons are tiny black holes orbiting around each other at the speed of light). This theory oddly seems to tie gravitation, the strong force, and even quantum entanglement of all the particles in the known universe together.
History
This proton model was first suggested in a paper by Nassim Haramein winning him the "prestigious 'Best Paper Award' in the field of 'Physics, Quantum Mechanics, Relativity, Field Theory, and Gravitation'".[1]