I still think the lack of realism of their arguments. The Higgs boson, yes, that has been observed indirectly by the results of the decays, which you yourself acknowledge. Therefore it is an observation indirectly confirms that besides all the qualities of Higgs boson predicted in a theoretical, zero spin, etc.
Nor, so far, gravitational waves have been observed, but, who have observed the consequences of the existence of the same: binary systems with very high rotational speeds, neutron stars, pulsars. All these systems involve a loss of nergy, which calculated; fully coincide with the equations of Einstein's general relativity.
Furthermore, the existence of the Higgs boson, involving, for example the two following results:
For results that follow from my research (essay this year, and other items): sixty particles are "essential".
1)
[math]\frac{m_{h}}{m_{e}}=246924
[/math]
[math]\exp(60/\ln(m_{h}/m_{e}))-(\Omega_{\Lambda}+\Omega_{b})^{-1}-[(8^{2}+1^{2}+\Omega_{b})\pi^{2}]^{-1}=\ln(O(gM))
[/math]
Where:
[math]\Omega_{\Lambda}=\ln2\:;\:\Omega_{b}=240-\exp(5+\Omega_{\Lambda}^{2})
[/math]
And:
[math]\ln(O(gM))
[/math]
Is the logarithm of the order of the group M, or monster group
2) One of the particles responsible for dark matter (possibly there are three), the less massive:
[math]\sqrt{240-\ln^{2}(m_{h}/m_{e})}+2\Omega_{c}=\ln(m_{D1}/m_{e})
[/math]
[math]\ln(m_{D1}/m_{e})\rightarrow9.11GeV
[/math]
Regards.
