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Remarks on FMS Review Nu Xu Nuclear Science Division Lawrence Berkeley National Laboratory

Remarks on FMS Review Nu Xu Nuclear Science Division Lawrence Berkeley National Laboratory. 1) At 200 GeV top energy - Study medium properties, EoS - pQCD in hot and dense medium 2) RHIC beam energy scan - Search for the QCD critical point - Chiral symmetry restoration.

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Remarks on FMS Review Nu Xu Nuclear Science Division Lawrence Berkeley National Laboratory

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  1. Remarks on FMS Review Nu Xu Nuclear Science Division Lawrence Berkeley National Laboratory

  2. 1) At 200 GeV top energy - Study medium properties, EoS - pQCD in hot and dense medium 2) RHIC beam energy scan - Search for the QCD critical point - Chiral symmetry restoration FMS STAR Physics Focus FMS: Important for the QCD program at STAR (RHIC)! FMS Polarized spin program - Study proton intrinsic properties FMS Forward program - Study low-xproperties, search for CGC - Study elastic (inelastic) processes (pp2pp) - Investigate gluonicexchanges

  3. STAR Detector MTD EMC barrel MRPC ToF barrel 100% ready for run 10 EMC End Cap FMS BBC FPD TPC FHC PMD Completed DAQ1000 HLT Ongoing R&D HFT FGT

  4. The STAR Forward Meson Spectrometer (FMS) project has now completed construction and has gained significant experience running the detector. To aid in full integration of the FMS into the STAR experiment, the Review Committee is charged by the STAR Spokesperson to carry out a comprehensive review of the FMS subsystem, including the following: 1) hardware status, performance, run8 dAu data analysis, for example, and upgrade requirements 2) online calibration 3) integration into STAR DAQ, Trigger, Slow Controls, and Online Databases 4) offline software status and integration into STAR Offline systems 5) subsystem management and organization Charges to the Committee

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