Friday, February 23, 2024

Something Terrifying Is Happening At CERN That Even Scientists Can’t Exp...The Z-Prime Particle? at 3,5 TeV?

see also: Z_Prime_Presentation.pdf (cern.ch) look AT 21.MIN. 46 SEC.


Conclusions ● 
Yeah, we found a Z´ :-) ● Need further measurements to uniquely identify which model it belongs to ● We propose an e +e - collider with sqrt(s) = 3.5 TeV for further studies ○ Make use of precise knowledge of colliding beam energies ○ Polarized beam for more angular studies (forward-backward asymmetry) ● Use low-energy experimental data for further constraints.
What could say the Q-FFF Model says about a 3,5 TeV Particle?
The relation between Q-FFF Strings and standard model atomic particles.


Below:
More heavy String based particles (Q-FFF) see:  Visualizing Subatomic Particles as Building Blocks of the Universe.
3,5 TeV = 3500 GeV. !!!
Conclusion :
The LHC made one or more real Dark Matter Black Hole, creating spikes of gravity ( Pencil like)  like our sun seem to do. supporting the postulate that sunspots are one or more dark matter black holes.












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