论文标题
在库仑分支上，强耦合n = 4超对称的阳米尔血浆中的重Quarkonia的假想潜力和熵力
The imaginary potential and entropic force of heavy quarkonia in strongly coupled N = 4 supersymmetric Yang-Mills plasma on the Coulomb branch
论文作者
论文摘要
有两种重要的不同机制，即想象的潜力和熵力，以研究重夸克尼亚的解离。在本文中，我们计算了这两个量的旋转黑色三型IIB型超级加重溶液的静态和移动Quarkonia双重二元，以n = 4 n = 4 coulomb分支上的超级阳米尔斯理论（CSYM）在强耦合下。在t 6 = 0时，有两个黑洞分支：大小的黑洞分支。我们研究了旋转参数和速度在大小黑洞分支上静态和移动Quakonium的速度。我们发现两种机制都有相同的结果。在大的黑洞分支中：随着T/λ和\ B {eta}的增加，热宽度会减少，因此抑制变得更强。在小黑洞分支中：增加T/λ会导致热宽度增加，而Quarkonium则更难解离，但\ b {eta}具有相反的效果。
There are two important different mechanisms, the imaginary potential and entropic force, to investigate the dissociation of heavy quarkonia. In this paper, we calculate these two quantities for static and moving quarkonia in the rotating black 3-brane Type IIB supergravity solution dual to N = 4 super Yang-Mills theory on the Coulomb branch (cSYM) at strong coupling. At T 6= 0, there are two black hole branches: the large and small black hole branches. We investigate the effects of rotating parameter and rapidity for the static and moving quakonium at the large and small black hole branches. We find both mechanisms have the same results. In the large black hole branch: as T/Λ and \b{eta} increase the thermal width decreases and so the suppression becomes stronger. In the small black hole branch: increasing T/Λ leads to increasing the thermal width and the quarkonium dissociates harder but \b{eta} has an opposite effect.
