neutrino beam 1-2-3

[AntonioLao]

neutrino beam interactions with the purest vacuum as target can result in the production of virtual particles with likenesses of graviton, Higgs, and magnetic monopole.

quantized spacetime structure for neutrino is [math]\nu = H^{+}H^{-}[/math]

magnetic monopole is [math]\alpha = H^{+} or H^{-}[/math]

Graviton is [math]\beta = 2H^{+} or 2H^{-}[/math]

Higgs boson is [math]\gamma = 6H^{+} or 6H^{-}[/math]

The interaction is given by

[math] \nu + vacuum \rightarrow a\alpha + b\beta + c\gamma [/math]


where a, b, c are integer multiples of the product components. Their values are directly proportional to the interaction energy.

[Guille]

the beta=2alphas? and gamma=6alphas=3betas? and magnetic monopoles=neutrinos

[AntonioLao]

neutrino is a spin half particle, therefore its structure must have both H+ and H- topology.

[Guille]

neutrino is a spin half particle, therefore its structure must have both H+ and H- topology.

o, thanks.
what does a spin half particle mean?

is it that it is it's own antiparticle?

[AntonioLao]

spin half particles (fermions) obey Fermi-Dirac statistics. In my theory of quantized space (TQS), they are Moebius strips cut along unequal wides. To cut equally means to cut along the middle of the strip.

integral spin particles (bosons) obey Bose-Einstein statistics. In TQS, they are doubly twisted Moebius strips cut along the middle.

[Guille]

spin half particles (fermions) obey Fermi-Dirac statistics. In my theory of quantized space (TQS), they are Moebius strips cut along unequal wides. To cut equally means to cut along the middle of the strip.

integral spin particles (bosons) obey Bose-Einstein statistics. In TQS, they are doubly twisted Moebius strips cut along the middle.

is there any theory that unifies both BE STATISTICS WITH fd statistics?

isn't statistics with do to probability, so Einstein was against probability?

what are those "moenbius strips" all about?

[AntonioLao]

is there any theory that unifies both BE STATISTICS WITH fd statistics?

theory of supersymmetry is still trying to unite fermions and boson by predicting the existence of superparticles such as integral spin fermions: squarks, sleptons and spin half bosons: wino, photino, zino, Higgsino. gluino.

[Guille]

theory of supersymmetry is still trying to unite fermions and boson by predicting the existence of superparticles such as integral spin fermions: squarks, sleptons and spin half bosons: wino, photino, zino, Higgsino. gluino.

aaaaah, yes, I remember reading about those in "The Elegant Universe" by Green.

[AntonioLao]

TQS has a different description for the existence of fermions and bosons. TQS is able to calculate a mass ratio of proton over electron that is within .22 percent of the experimental value. There is no other theories including superstring and M-theory that can say anything about this mass ratio. TQS can also hypothesize the existence of space charge, which is more fundamental than color, weak or electric charge. Supergravity theorists were trying to justify calling the graviton as the gravitational charge but in TQS this is just one unit of the space charge H+ or H- both with equal absolute value of 1/6. In TQS, the electron is made up of 7H- and 1H+ giving a net electric charge of -1.

[Guille]

is the "space charge" the electric charge of space?

or is it another charge, another force?

would't it requeire particles for it to be created? and so, they would be ghost particles?