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GSJ: Received May 2, 2007:
http://wbabin.net/saba/saba76.htm
Fermi Lab MiniBooNE Neutrino Experiment Does Not Support Neutrino Oscillation or Mass
James Saba
Recent results from the MiniBooNE experiment (1) at Fermi Lab do not support neutrino oscillation, and thus neutrinos may indeed be a kind of massless photon as predicted by the new quark theory (2,3)
Even where there is evidence for neutrino oscillation, one need consider that while atomic nuclei are apparently transparent to neutrinos, an impinging neutrino could still react with a nuclei such that a different color neutrino is emitted.
In addition to predicting that neutrinos are a kind of massless photons, the new theory also does not require the Higgs boson. If upon firing up the LHC the Higgs boson is claimed to be found, it, like all quarks, baryons, mesons, higher leptons, and the W and Z particles will eventually be found to be a spectrum of 'particules' composed of various numbers of the fundamental color charged particles (Diracons), electrons and/or positrons.
Reference
1.1) A Search for Electron Neutrino Appearance at the Delta m**2 ~ 1
eV**2 Scale.
April 20, 2007 The MiniBooNE Collaboration
2) Implications of Dirac's Monopoles for Color
Charged Particles of the New Quark Theory
Saba, JA: Gen Sci J, Aug 8, 2003
3) Simplification and Unification of Fundamental Particles
Saba, JA: Gen Sci J, Apr. 30, 2002
4) A Two Particle System Without Integer Spin.
Saba, JA: Gen Sci J, Dec 22, 2004