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Event calendar file
A study of the strange vector meson spin alignment with the AMPT model
Speakers
- Mr. Shaowei LAN
Primary authors
- Mr. Shaowei LAN (Central China Normal University)
Co-authors
- Prof. Zi-Wei LIN (Central China Normal University)
- Prof. Shusu SHI (Central China Normal University)
- Dr. Xu SUN (Central China Normal University)
Summary
Observables sensitive to the vorticity allow us to study the fundamental property of the hot and dense nuclear matter created in high-energy nuclear collisions.Global polarization parameters of identified particles can be extracted from the azimuthal distribution of particles with respect to the event plane.The spin alignment of vector meson such as $\phi$ meson and $K^{\star}$ could be sensitive to the vorticity of the colliding system and its space-time evolution.In this presentation, we will present results from a multi-phase transport (AMPT) model that is modified to include the spin alignment information of $\phi$ and $K^{\star}$ mesons. We will discuss the extraction of spin alignment parameters from event plane reconstruction, and study how hadron interactions could influence the spin alignment observables based on final state particles.
