AI 中文总结
本研究从量子色动力学有效动力学理论导出部分子簇射，结合弹性与非弹性碰撞，复现线性化玻尔兹曼方程，可描述喷注淬火与介质流体动力学响应，实现热平衡与喷注演化的统一处理。
AI 中文摘要
在弱耦合方法中，夸克胶子等离子体的热平衡与介质中类喷注扰动的演化可由同一基础量子色动力学（QCD）有效动力学理论（EKT）描述。本研究表明，EKT在高能区域可简化为喷注淬火的标准能量损失与角展宽演化，同时能一致描述热标度附近的行为。基于此，我们直接从EKT导出一种部分子簇射，其可复现完整线性化玻尔兹曼方程，结合弹性与非弹性碰撞，同等捕捉硬部分子能量损失与热平衡过程。该簇射使我们能将EKT扩展至非均匀扰动，建立喷注演化与介质流体动力学响应的联系，包括尾迹、马赫锥及多粒子关联。
英文摘要
In the weak-coupling approach, thermalization of the quark-gluon plasma and the evolution of jet-like perturbations in the medium can be described by the same underlying QCD effective kinetic theory (EKT). In this work, we show how the EKT reduces to the standard energy-loss and angular-broadening evolution of jet-quenching in the high-energy regime, while providing a consistent description near the thermal scales. Building on this, we derive a parton shower directly from EKT that reproduces the full linearized Boltzmann equation, combining elastic and inelastic collisions to capture both hard-parton energy loss and thermal equilibration on an equal footing. This shower lets us extend EKT to inhomogeneous perturbations, connecting jet evolution to the medium's hydrodynamic response, including wakes, Mach cones, and multi-particle correlations.
Comments10 pages, 6 figures, video of the simulation is at https://youtu.be/9sLDOXvyQVs
