Description
This talk presents an overview of collectivity measurements in small collision systems, highlighting experimental evidence for long-range correlations and their interpretation in the context of potential medium formation in these systems. Particular emphasis is placed on methods for suppressing and subtracting non-flow contributions. The current status, limitations, and applicability of these methods are discussed, together with their potential extension to other collision systems. Future directions, both theoretical and experimental, are outlined, including ongoing measurements with higher precision and varied beam energies to further elucidate the origin of collective behavior in small systems.
Organised by
Dener De Souza Lemos/Prithwish Tribedy