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Stirring Strongly Coupled Plasma · Around

2008

Stirring Strongly Coupled Plasma

Fadafan, Kazem Bitaghsir, Liu, Hong, Rajagopal, Krishna et al.

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We determine the energy it takes to move a test quark along a circle of radius L with angular frequency w through the strongly coupled plasma of N=4 supersymmetric Yang-Mills (SYM) theory.

We find that for most values of L and w the energy deposited by stirring the plasma in this way is governed either by the drag force acting on a test quark moving through the plasma in a straight line with speed v=Lw or by the energy radiated by a quark in circular motion in the absence of any plasma, whichever is larger.
There is a continuous crossover from the drag-dominated regime to the radiation-dominated regime.
In the crossover regime we find evidence for significant destructive interference between energy loss due to drag and that due to radiation as if in vacuum.

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