Jet-induced modifications of the characteristic of the bulk nuclear matter

TL;DR

This paper investigates how jets influence the properties of bulk nuclear matter using advanced relativistic hydrodynamic simulations on GPUs, revealing modifications in hydrodynamic fields and their implications.

Contribution

It introduces a GPU-accelerated (3+1)D relativistic hydrodynamic simulation framework to study jet-induced modifications in nuclear matter.

Findings

Jets alter hydrodynamic field distributions

High-resolution Cartesian grid captures detailed modifications

Implications for understanding jet-medium interactions

Abstract

We present our studies on jet-induced modifications of the characteristic of the bulk nuclear matter. To describe such a matter, we use efficient relativistic hydrodynamic simulations in (3+1) dimensions employing the Graphics Processing Unit (GPU) in the parallel programming framework. We use Cartesian coordinates in the calculations to ensure a high spatial resolution that is constant throughout the evolution of the system. We show our results on how jets modify the hydrodynamics fields and discuss the implications.