I found that in the LHC there can occur some symmetric ordering of protons in the high magnetic field. An interesting formation would be 6-ring+3-ring+1 = 10 protons. When two 10-protons packets collide, the magnitude of interactions takes 202 = 400. Due to the color force symmetry group it can be interpreted that a proton has three independent interaction channels. Hence a coupling constant taking energy until demonstrating a "new particle" would be 400/3.
Now, 400/3 * the mass of a proton is exactly the mass of a "Higgs boson" found...
Has anyone else became aware of that multiplication of the mass of a proton?
Edit: An image of one possible ordering of protons at high magnetic field added.
I think in the collision of particles to high power could be given any suddenly and unstable particle as can be de Higgs boson and multiple other ones.
But they are alone that, unstable particles not fundamental particles.
The Higgs boson could be simply a nucleus of Cesium, which has not acquired electrons yet.
Greeting.
In the two LHC experiments which can search for the Higgs boson one does not measure the mass of a single particle, but detect the energy and momentum of decay particles (e.g. 2 photons or 4 leptons) and reconstruct the mass of the decayed particle from the energy and momentum conservation. Therefore it is extremely unlikely that the observed signal is coming from the protons.
That's right Alexander. So you gess I was stunned when I saw the value of the threshold of the maximum energy content of two 10-patterned groups of protons interacting thoroughly.
http://mybroadband.co.za/news/science/175044-the-large-hadron-collider-did-not-find-a-new-particle-after-all.html
"However, in a new paper, it is revealed that the observations were a statistical artefact – if enough protons are crashed into one another fast enough, eventually you will see 750GeV of photon pairs."
It could be possible to see also 400/3 * 938 Mev/cc of photon pairs, couldn't it?
Does anyone have a link to the new paper on a statistical artefact?
Dear Esa Säkkinen
There is no doubt that they have found a big boson.
But, if it has anything to do with the mass of particles or with the Higg's boson, is another question.
JES
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