High-Altitude Study of Coplanarity Phenomena in Superhigh-Energy EAS Cores with a Thick Calorimeter
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Overview
Randomized trial assesses energy flow coplanarity in extensive air showers using the ADRON-55 calorimeter, suggesting further insights into high-energy physics.
Key Points
This research aims to explore the coplanarity of sub-cores in gamma-ray and hadron families during high-altitude experiments.
Simulations conducted using FANSY 2.0/QGSJ and FANSY 2.0/2D models.
Analysis of energy flows in the cores of Extensive Air Showers (EAS) at the ADRON-55 calorimeter surface.
Sensitivity assessment of the ADRON-55 calorimeter regarding coplanarity effect.
Demonstrated evidence of coplanarity tendencies in EAS sub-cores.
Validated the capability of the ADRON-55 calorimeter to study energy flows.
Highlighting the importance of simulation models in predicting high-energy phenomena.