Mudfossil University | CERN Top Quark Experiment Supports Dipole Electron Flood Model of 1823 Dipole Particles in a Proton @mudfossiluniversity | Uploaded June 2024 | Updated October 2024, 1 week ago.
"The ATLAS and CMS experiments have observed entanglement between top quarks and their antiparticles, confirming this phenomenon at high energies."
What I will present is experimental research on light which is an elementary particle. There are 2 Muons and 2 electron neutrinos (paired like dipole magnets but tiny) in each photon. Photons are about 1000 times smaller than Protons.
My claim is that Protons and neutrons are made of the same elementary particles......Protons are big and quite stable at periods of approx 1823 dipoles which are the Muons and electron neutrinos.
I hope the video will make it clear and there is also a paper dipoleelectronflood.com/#differences
"The ATLAS and CMS experiments have observed entanglement between top quarks and their antiparticles, confirming this phenomenon at high energies."
What I will present is experimental research on light which is an elementary particle. There are 2 Muons and 2 electron neutrinos (paired like dipole magnets but tiny) in each photon. Photons are about 1000 times smaller than Protons.
My claim is that Protons and neutrons are made of the same elementary particles......Protons are big and quite stable at periods of approx 1823 dipoles which are the Muons and electron neutrinos.
I hope the video will make it clear and there is also a paper dipoleelectronflood.com/#differences
