STAR's Beam Energy Scan-II data reveal non-monotonic fluctuations, hadronic-to-partonic transitions, and first experimental evidence for a weakly bound p-Omega dibaryon state.
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The endcap time-of-flight detector achieves approximately 70 ps time resolution and 70% particle identification efficiency, meeting design goals for the STAR fixed-target beam energy scan.
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Recent highlights from the STAR Experiment
STAR's Beam Energy Scan-II data reveal non-monotonic fluctuations, hadronic-to-partonic transitions, and first experimental evidence for a weakly bound p-Omega dibaryon state.
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Performance of the Endcap Time-of-Flight detector in the STAR beam-energy scan
The endcap time-of-flight detector achieves approximately 70 ps time resolution and 70% particle identification efficiency, meeting design goals for the STAR fixed-target beam energy scan.