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The longitudinal long-range correlations of the triangular flow event planeangles are calculated in a Boltzmann + hydrodynamics hybrid approach. Thepotential to disentangle different energy deposition scenarios is explored byutilizing two different transport approaches for the early non-equilibriumevolution. In the hadronic transport approach the particle production in highenergy heavy ion reactions is mainly governed by string excitation andfragmentation processes which are absent in the parton cascade approach. Wefind that in both approaches the initial state shows a strong longitudinalcorrelation of the event plane angles which is diluted but still persists inthe final state momentum space distributions of the produced particles. Aridge-like structure can also be caused by near-collinear gluon radiation in aparton cascade approach and does not necessarily prove longitudinal flux tubesin the initial state.

Longitudinal correlation of the triangular flow event plane in a hybrid approach with hadron and parton cascade initial conditions