TL;DR
This paper discusses the first observation of longitudinal wake oscillations behind a parton in quark-gluon plasma, affecting two-particle correlation patterns based on trigger particle orientation.
Contribution
It introduces the concept of wake oscillations in nuclear collisions and links them to observable shifts in particle correlation data.
Findings
Observation of wake oscillations in quark-gluon medium
Shift in two-particle correlation peaks due to wake effects
Dependence of correlation shape on trigger particle orientation
Abstract
It is argued that PHENIX collaboration observed for the first time the radiation of the longitudinal wake oscillations formed behind the parton penetrating the quark-gluon medium. It shifts the maximum of a hump in two-particle correlations and changes its width in the case of some special orientation of the trigger particle.
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