LArIAT: Worlds First Pion-Argon Cross-Section
Pip Hamilton
TL;DR
The LArIAT experiment has achieved the first measurement of the total charged-current pion cross-section on argon, providing crucial data for neutrino physics and detector modeling.
Contribution
This work presents the first-ever measurement of pion-argon cross-section using a repurposed detector in a test beam, advancing neutrino interaction understanding.
Findings
First measurement of pion-argon cross-section
Provides data for neutrino detector calibration
Lays groundwork for future neutrino interaction studies
Abstract
The LArIAT experiment has performed the world's first measurement of the total charged-current pion cross-section on an argon target, using the repurposed ArgoNeuT detector in the Fermilab test beam. Presented here are the results of that measurement, along with an overview of the LArIAT experiment and details of the LArIAT collaboration's plans for future measurements.
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Taxonomy
TopicsAtomic and Subatomic Physics Research · Nuclear physics research studies · Superconducting Materials and Applications