Simulations on the Heavy Hadron Transport at RHIC
Hong Miao, Chongshou Gao
TL;DR
This paper uses detailed hadron transport simulations to analyze $ ext{phi}$ and $ ext{Omega}$ production and low transverse momentum enhancements at RHIC, incorporating elastic interactions with varying cross sections.
Contribution
It introduces elastic interactions with hadron-specific cross sections into transport simulations to explain hadron collective motions at RHIC.
Findings
Enhanced production of $ ext{phi}$ and $ ext{Omega}$ at low $p_T$
Elastic interactions influence collective motion differences
Simulation results align qualitatively with experimental observations
Abstract
Based on the hadron transport frames, detailed simulations are carried out to discuss , productions and the significant enhancements in the very low region for some of the soft spectra in RHIC. Elastic interactions are introduced in the simulations. The elastic cross sections vary from different hadrons and energy scales, which can qualitatively explain the different collective motions of various hadrons.
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Taxonomy
TopicsHigh-Energy Particle Collisions Research · Particle physics theoretical and experimental studies · Quantum Chromodynamics and Particle Interactions