High Energy Particle Physics

   

Non-Perturbative Resonances of the Electromagnetic Interaction

Authors: Andrea Gregori

We discuss enhancements of the cross section in particle-antiparticle scattering, of a type not expected in quantum field theory, however predicted in the quantum gravity theoretical framework discussed in Refs [1, 2, 3]. The first events of this kind are to be found in the energy range between some 111 GeV and 130 GeV, with a stronger peak around 125-126 GeV, and weaker ones around 114 GeV and 130 GeV. The strongest peak turns out to correspond to the resonance which is usually interpreted as due to a Higgs boson, whereas the other ones are compatible with astrophysical observations devoted to inspect the presence of Dark Matter. This approach provides a no-Higgs, no Dark Matter explanation for the observed excess of photon production, which does not result from fine-tuning of parameters chosen ad-hoc in a particular model, but naturally fits within the theoretical scenario described in [1]–[3]. Further peaks are expected to appear at higher energy. They show up separated from each other by energy steps much wider than a typical resonance width. Being isolated and of moderate intensity, they may be more difficult to single out over the statistical fluctuations of background events.

Comments: 14 Pages.

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Submission history

[v1] 2016-11-16 05:00:04

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