Multiple Higgs models in a 3D Rigid String System. Chirality seems to be important.

About the LHC anomaly, "Measurements of properties of the Higgs boson decaying to a W boson pair in pp collisions at √ s = 13 TeV"
http://cds.cern.ch/record/2308255/files/HIG-16-042-pas.pdf?version=1
Tommaso Dorigo reported before ( 2012) an interesting Atlas dual bump.
Three or even more Higgs models in a 3D Rigid String system?

http://www.science20.com/quantum_diaries_survivor/atlas_higgs_results_one_or_two_higgs-99078
In 1012 the Atlas particle smasher in LHC found two distinct possible Higgs masses around 125GeV.:  123.5 and 126 GeV.  

Later a bump was found around 375 GeV.

Here I present 3D suggestions for  such bumps in a Rigid String based Quantum FFF model.

Symmetric Left hand and Right hand 125 Higgs variations 

The relation of complex Higgses with micro black holes like Ball Lightning.
In contrast with Steven Hawking,
Micro black holes do not eat Fermions. So all BHs have a Fermion repelling horizon.

For rigid string models I need a "chiral" vacuum lattice to obtain small mass differences between symmetric propeller shaped particles like Fermions.
Wich seems to be the reason that Fermions can not enter the BH horizon and are pushed away by nose polarisation away from the BH.
Which seems also the origin that we live inside a material universal chiral vacuum lattice filled bubble.