The Muon Spectrometer of the ALICE experiment

Abstract

• Equilibrated matter. After equilibration of the initial gluonic ball, a hotter and longer-lived hadronic matter will be formed. The increase of the beam energy will

Adaptation of Radiation Detectors for Sustainable Development

“…Due to their excellent position, timing and energy resolutions, very good rate handling capability, favourable ageing characteristics and ability to cover large geoemtries at reasonable expenses, gaseous detectors are favoured in a large number of fundamental physics experiments, as well as, societal applications. For example, significant fraction of detectors in different on-going LHC experiments and their proposed upgrades are gaseous detectors [4,5,6]. Many proposed experiments also intend to use such detectors [7,8].…”

Measurement of electrons from open heavy-flavor hadron decays in pp at s = 13 TeV and electrons from beauty-hadron decays in Pb-Pb at sNN = 5.02 TeV collisions by ALICE at LHC

“…• Muon spectrometer [106]: Set of muon tracker, trigger, hadron absorbers that allows muons measurement. The physics goal is to study heavy-flavor and quarkonia production (heavy quark resonances like J/ψ and Υ) via the muon decay channel;…”