PHENIX Highlights
Takao Sakaguchi (for the PHENIX Collaboration)

TL;DR
The PHENIX experiment studies various observables in different collision systems at RHIC to understand cold nuclear matter effects, hot quark-gluon plasma, and parton-medium interactions, providing new insights into high-energy nuclear physics.
Contribution
This paper presents new measurements from PHENIX, including particle flow, quarkonium production, and parton-medium interactions in diverse collision systems and energies.
Findings
Quantified initial state effects in cold nuclear matter.
First results on particle flow and quarkonium in U+U and Cu+Au collisions.
Investigated parton-medium interactions using high pT hadrons and gamma-hadron correlations.
Abstract
PHENIX reports on electromagnetic and hadronic observables in large data sets of p+p, d+Au and Au+Au collisions at various cms energies. Initial state effects in cold nuclear matter are quantified by centrality dependent , , reconstructed jets and measurements. Using the first run of the new EBIS ion source at RHIC, we report first results for particle flow ( and ) and quarkonium production in U+U and Cu+Au collisions. Hot matter created in Au+Au is characterized using event-plane dependent HBT and dielectrons. Parton-medium interactions are investigated using high single hadrons, -hadron correlations and heavy flavor decay electrons identified with the newly installed VTX detector.
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