Until now only Gell-Mann published a significant Picture of the particle physic:
the meson Sextett with the Strangeness +1,0 and -1 by crossing the 0 Point of the Spin-axis with the incident Charge.
This 0 centre Point could now be the Higgs particle and the W+ and W- ray could be put together to the Charge-Axis. So we can get a Stereo Picture and a total System of the Standard Model "brick box".
Where could this System of the Standard model be published?
Higgs boson is detected using its different decay channels (in reality, Higgs bosons decay into 4 leptons and Higgs bosons decay into 2 photons). In fact, we haven't known its mass theoretically, but known its other quantum characteristics (spin, charge...). In the decay mode H->4l, for example, by setting its mass as a parameter, we can simulate this process. And, then we can change the mass value and compare with experiment data to prove the existence of Higgs boson and estimate its mass.
To prove the existence of the Higgs boson (that is, that the peak purported to be caused by the Higgs boson is really caused by the Higgs boson,) all of its quantum numbers must be measured, especially the spin that should be zero. Absent that, everything else has no interest.
All the standard model particles including Higgs boson arise from motionless ocean of energy we usually call empty space. In the following quantum gravity theory, all created particles are listed at the back of the article. The first created particel is listed at data no. 19 called Saviton which has a quantum number n=1. The Higgs boson is listed at data nos. 1 and 17 with quantum numbers 233 and 229 respectively. With each value of n there are millions of quantum number q. All particles arise by decay of Savitons. So between Savitons and Higgs bosons there are billions of other particles not listed in the table. The entire table of standard model particles is generated from a single formula.
Article Periodic quantum gravity and cosmology
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