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2021

Photon decay in UHE air showers: stringent bound on Lorentz violation

Duenkel, Fabian, Niechciol, Marcus, Risse, Markus

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In extensive air showers induced by ultra-high-energy (UHE) cosmic rays, secondary photons are expected to be produced at energies far above those accessible by other means.

It has been shown that the decay of such photons, as possible in certain theories allowing Lorentz violation, can lead to significant changes of the shower development.
Based on observations of the average depth of the shower maximum $\left<X_\text{max}\right>$, a stringent bound on Lorentz violation has been placed in a previous work.
Here we include the shower-to-shower fluctuations $\sigma(X_\text{max})$ as an additional observable.

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