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We present a brief report on a thought experiment in which an incidentenergetic parton traverses a brick of quark-gluon plasma (QGP), seearXiv:1808.03250 for the full report. We calculate the probability of detectinga parton showing up at a large angle with respect to its initial direction dueto scattering with the constituents of QGP, using leading order perturbativeQCD. We include all relevant channels, including the Rutherford-like channel asconsidered in early works, and those that are not Rutherford-like but becomeimportant at a large angle. The resulting probability distributions containinformation about the short distance structure of QGP. Our results provide keytheoretical input toward finding the scatterers within the QGP liquid, which inturn is the necessary first step toward using precise, high-statistics,suitably differential measurements of jet modification in heavy ion collisionsto study the evolution of the properties of QGP with changing resolution scale.

Finding the Scatterers in Hot Quark Soup