论文标题
在有限温度下重的夸克
Heavy quarks at finite temperature
论文作者
论文摘要
重型离子碰撞实验的新化身正在将我们的注意力转移到硬过程和QGP的更细粒度分辨率上。在这项工作中，Quarkonia或开放的重型口味被证明是多功能探针，通常通过基于扰动QCD，ADS和有效的现场理论来描述它们。该晶格对此类模型提供了非扰动的输入和约束。\ newline底部内onia，复杂的静态夸克 - 易药电位，重量夸克动量扩散系数是晶格仪理论最近在对重的现象学影响下取得了重大进展的关键数量。我们回顾了这些晶格结果，将它们与现象学应用相关联，并与前景结束。
New incarnations of heavy-ion collision experiments are turning our attention to hard processes and a more fine-grained resolution of the QGP. In this endeavor quarkonia or open heavy flavors turn out to be versatile probes, which are usually described through models based on perturbative QCD, AdS, and effective field theories. The lattice provides nonperturbative input and constraints to such models.\newline In-medium bottomonia, the complex static quark-antiquark potential, and the heavy-quark momentum diffusion coefficient are key quantities where lattice gauge theory has recently achieved significant progress with impact for heavy-ion phenomenology. We review these lattice results, relate them to phenomenological applications, and close with an outlook.
