Prospects for X(3872) Detection at Panda
Jens S\"oren Lange, Martin Galuska, Thomas Ge{\ss}ler, Wolfgang, K\"uhn, Stephanie K\"unze, Yutie Liang, David M\"unchow, Bj\"orn Spruck,, Matthias Ullrich, and Marcel Werner (II. Physikalisches Institut,, Justus-Liebig-Universit\"at Giessen)
TL;DR
This paper presents Monte Carlo simulation results for detecting the X(3872) resonance at Panda, considering background reactions and realistic signal reconstruction techniques.
Contribution
It introduces a detailed simulation framework incorporating background reactions and realistic detection methods for X(3872) at Panda.
Findings
Resonance scan feasibility demonstrated through simulations.
Background reactions effectively modeled and accounted for.
Realistic pattern recognition improves signal detection accuracy.
Abstract
Monte-Carlo simulations for a resonance scan of the charmonium-like state X(3872) at Panda are performed. Final state radiation hadronic background reactions are taken into account. The signal reconstruction uses a realistic pattern recognition (track finder and track fitter) and electron/pion discrimination.
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