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Probing The Structure of Space-Time with Cosmic Rays
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The study of the interactions of Cosmic Rays (CR's) with universal diffuse background radiation can provide very stringent tests of the validity of Special Relativity. The interactions we consider are the ones characterized by well defined energy thresholds whose energy position can be predicted on the basis of Special Relativity. We argue that the experimental confirmation of the existence of these thresholds can in principle put very stringent limits on the scale where Special Relativity and/or continuity of space-time may possibly break down.
Forward citations
Cited by 2 Pith papers
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Bounds on Lorentz invariance violation from muon fluctuations at the Pierre Auger Observatory
Muon-count fluctuations in Auger air showers exclude first-order Lorentz invariance violation in the hadronic sector down to η ≈ −1.3×10⁻⁶ at the highest confidence level reported.
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Various constraints on BSM physics from extensive air showers and from ultra-high energy gamma-ray and neutrino searches
A faithful review of the strongest current bounds on Lorentz violation, superheavy dark matter, cosmic strings, and sterile neutrinos from ultra-high-energy cosmic-ray, gamma-ray, and neutrino searches.
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