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New STAR differential and integral v{2,3} measurements that explicitlyaccount for non-flow contributions are reported for p/d/3He+Au, collisions atRoots=200 GeV. The measurements, which leverage the two-particle correlatorsfor p/d/3He+Au and minimum-bias p+p collisions in tandem with threewell-established methods of non-flow subtraction, are observed to bemethod-independent. For comparable multiplicities, they further indicatesystem-independent v2{2} and v3{2} values that are consistent with the criticalrole of both size (N{ch}) and the subnucleonic-fluctuations-driveneccentricities e{2,3} but are inconsistent with the notion of shape engineeringin p/d/3He+Au collisions. The scaling function derived from the measurements,confirm the important role of final-state effects across a broad spectrum ofcollision-system sizes and energies and suggests an increase in eta/s(T,muB)for small collision-systems.

Long-range collectivity in small collision-systems with two- and four-particle correlations @ STAR