MUSIC with the UrQMD Afterburner
Sangwook Ryu, Sangyong Jeon, Charles Gale, Bjoern Schenke, Clint Young

TL;DR
This paper discusses coupling the MUSIC hydrodynamics simulation with the UrQMD hadronic afterburner to improve the comparison of theoretical models with experimental data in high-energy nuclear collisions.
Contribution
It presents the preliminary results of integrating MUSIC with UrQMD, enhancing the realism of heavy-ion collision simulations.
Findings
Successful coupling of MUSIC with UrQMD demonstrated
Improved modeling of hadronic phase in simulations
Enhanced comparison with experimental data
Abstract
As RHIC is entering the precision measurement era and the LHC is producing a copious amount of new data, the role of 3+1D event-by-event viscous hydrodynamics is more important than ever to understand the bulk data as well as providing the background for hard probes. For more meaningful comparison with the experimental data, it is also important that hydrodynamics be coupled to the hadronic afterburner. In this proceeding we report on preliminary results of coupling MUSIC with UrQMD.
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