Since my 3-state model has 3 mass states for the Tquark, evaluation of
my 3-state model should be done
by removing the fit to the Tevatron mid-mass Tquark mass value of 173.3
+/- 1.1 GeV
and allowing the Tquark mass to float freely so that it also includes a
low-mass Tquark around 130 GeV
and a high-mass Tquark around 220 GeV. When that is done, the Gfitter
plot shows that
the preferred Higgs mass is 141 GeV which is consistent with the
low-mass
Higgs of my 3-state model
and
the mid-mass
and high-mass
Higgs
of my 3-state model are well within the upper bound of 341 GeV.
In my view, the Higgs is not a simple single particle but is part of
a 3-state Higgs-Tquark system based on
Higgs as a Tquark condensate similar to descriptions in the works of
Yamawaki, Hashimoto, et. al.
in hep-ph/960e293, hep-ph0311165, etc., in which the mid-mass Higgs
Tquark state is associated with an 8-dimensional Kaluza-Klein spacetime
a la the M4 x CP2 of Batakis (Class. Quantum Grav. 3 (1986) L99-L105).
Also at Lepton-Photon 2011 on 22 August 2011, CMS presented 21 Golden
Channel events for 1.66/fb
4 events
(background at about 0.5 level) are around
130 to
160 GeV.
As CMS noted, the 2 event point at 142 GeV is consistent with SM Higgs
expectation.
7 events
(background at about 2 level) are around 170 to 210
GeV.
These events are not as much above background as are the corresponding
events in the ATLAS plot.
6 events
(background at about 1.5 level) are around 220
to 260 GeV.
These events seem to me to be above background much like the
corresponding events in the ATLAS plot.
In my view, the CMS Golden Channel plot for 1.66/fb of data is
consistent
with the ATLAS Golden Channel plot,
which clearly indicates to me that the Higgs is a 3-state system.
My view is that my 3-state Higgs E8 Physics model, in which the
(suitably augmented) Standard Model remains valid up to
the Planck scale, is realistic and that a useful program of future LHC
exploration
might be: