Abstract
We study the collective flow effects on the jet of light quark in a strongly coupled plasma. We consider the finite temperature static strongly coupled anisotropic plasma which has been generated by a space dependent axion term. By computing the falling string solution in this background, we find that the jet quenching increases in both longitudinal and transverse direction in comparison with the static isotropic medium. Although, the enhancement of quenching is larger in the beam direction.
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