Ground Level Muon Flux Variation in a Cosmic Rays Simulation
E. G. Pereira, C. A. Z. Vasconcellos, D. Hadjimichef
TL;DR
This study uses a cosmic ray simulation toolkit to model how oscillations in atmospheric air masses influence ground-level muon flux variations over a year.
Contribution
It introduces a simulation-based approach linking atmospheric oscillations to muon flux changes, providing a new model for understanding cosmic ray interactions.
Findings
Muon flux varies with atmospheric oscillations
Simulation results support the oscillatory model
Flux patterns depend on atmospheric dynamics
Abstract
The oscillatory movements of atmospheric air masses has been claimed to be the origin of the muon flux variation measured at the ground level. Using a cosmic ray toolkit (CORSIKA), we simulate cascade scenarios in a time scale of a year and show the dependence of the muon flux pattern with a proposed oscillatory model atmosphere.
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