1. ALICE-USA Institutional Research Management Plan Supplemental Proposal from The Relativistic Heavy Ion Group Department of Physics and Astronomy University of Tennessee, Knoxville Principal Investigator: Soren Sorensen

2. 2ALICE-USA DoE Review - Tennessee Tennessee’s Deliverables for ALICE-USA Heavy Flavor Physics: Development of offline software and analysis of Heavy Flavor physics based on electrons partially tagged with the EMCAL. Calibration: Design, development, implementation, and maintenance of EMCal calibration procedures and software tools. Coordination of all aspects of EMCal calibration including initial cosmic ray calibration, LED gain monitoring,  0 peak analysis, and database usage. Electronics: Participation in testing, calibration, installation, and commissioning of the EMCal readout electronics. Online Monitoring: Participation in development, implementation, and testing of EMCal Online monitoring software.

3. 3ALICE-USA DoE Review - Tennessee People Soren P. Sorensen: Principal Investigator, Professor and Department Head. Member of PHENIX and ALICE-USA. Council member of ALICE-USA. Former Detector Council member of PHENIX and Offline Computing Coordinator. Kenneth F. Read: Joint Faculty Professor at UT (50%) and senior research staff member at ORNL (50%). Detector Council representative and Subsystem Manager for the PHENIX Muon Identifier. Member of PHENIX and ALICE-USA. Josh Hamblen: Postdoctoral Research Associate. Josh joined our group on October 1, 2006. He was a graduate student on PHOBOS. His doctoral research concerned measuring azimuthal anisotropies (v2) for heavy ion collisions at RHIC. He is the Calibration Coordinator for the ALICE- USA collaboration.

4. 4ALICE-USA DoE Review - Tennessee Profile of the Tennessee group l Part of the Ultra-Relativistic Heavy Ion physics program from the beginning in 1986 at CERN  WA80, WA93, WA98 (Sorensen) Transverse Energy Production (Hadronic Calorimetry) l Member of L3 (Read) l Part of PHENIX from the beginning  Ken Read responsible for the mechanical design and construction of the Muon Identifier and is still subsystem manager for the Muon Identifier System  Sorensen responsible for Off-line computing for PHENIX from 1993 to 1998 l Close collaboration with ORNL  Ken Read 50% ORNL (PHENIX) and 50% UTenn (ALICE)  Our postdocs and students spend most of their time at ORNL  Also close collaboration on the ALICE-USA project between ORNL and UTenn

5. 5ALICE-USA DoE Review - Tennessee Current Research I l Hardware and Software for PHENIX Muon Arm Detectors l Heavy Flavor Physics  Studied through Single Muon Production  The analysis method has been developed primarily by the Tennessee/ORNL team  Charm Cross Sections in p+p at sqrt(s) = 200 GeV (Run 2)

6. 6ALICE-USA DoE Review - Tennessee Current Research II l Heavy Flavor Production through Single Muon detection for p+p at sqrt(s) = 200 (Run 5)  Donald Hornback (Thesis project) l Heavy Flavor Production through Single Muon detection for Cu+Cu at sqrt(s NN ) = 200 (Run 5)  Irakli Garishvili (Thesis project) l Heavy Flavor Collective Flow for Cu+Cu at sqrt(s NN ) = 200 (Run 5)  Joshua Hamblen (Post-doc) l Further development of background subtraction techniques  Hadronic punch trough  Decay muons from non-heavy-flavor particles (Pions, Kaons,..)

7. 7ALICE-USA DoE Review - Tennessee Impact on RHIC Research (2007-2012) l Overall proposed effort distribution:  PHENIX 100%  60%  ALICE 0%  40% l PHENIX  Continued heavy flavor data analysis (single muons)  Mature analysis methods that will require much less work from now on to produce publishable results  Ken Read will continue as sub-system manager of the MuId  Instead of 2-3 students on PHENIX, it will be 1-2. All students will take shifts and learn to be MuId experts.  We will participate in the Silicon Vertex Upgrade Testing of readout electronics for the barrel strip layers Installation and commissioning In particular, new analysis using the Silicon vertex Detector information â Many similarities to the STAR and ALICE analysis

8. 8ALICE-USA DoE Review - Tennessee Proposed ALICE Physics Research by U. Tennessee 1. total heavy flavor production cross sections in p+p and heavy ion reactions 2. heavy flavor jet transverse momentum spectra (jet suppression issues) 3. azimuthal anisotropical emission of heavy flavor jets relative to the reaction plane (v 2 values) 1. transport coefficients 2. the ratio of viscosity over entropy density for the medium. 4. modifications of heavy flavor jet fragmentation functions in the presence of a hot and dense partonic medium studied through tagged electrons 5. studies of charmonium and bottomonium at high transverse momentum through the observation of a trigger electron in the EMCal.

9. 9ALICE-USA DoE Review - Tennessee Detector Deliverables l In collaboration with ORNL (Awes) test, calibrate, install, and commission the EMCal readout electronics l Test Beam participation  EMCal Calibration  Establish the operational characteristics of the readout modules and to test the complete final electronics chain.  Josh Hamblen will be ~2 months at CERN (May-June) for learning and testing ALICE PHOS electronics as preparation for EMCal electronics testing.

10. 10ALICE-USA DoE Review - Tennessee EMCal Calibration l Josh Hamblen (UT Postdoc) coordinator of the ALICE EMCal Calibration group l Development of calibration procedures  Cosmic Ray calibration  Test beam data  Pi-zero peak stability analysis  LED gain analysis l Simulation of calibration procedures  Cosmic ray analysis  Single towers at the center and the edges of the EMCal  Evaluation of MIP data from collision data. l Development of calibration software l Calibration database development

11. 11ALICE-USA DoE Review - Tennessee Online Monitoring l ORNL (Silvermyr) responsible for ALICE EMCal online monitoring l ORNL/UT collaboration on  Online monitoring software Data Quality Trigger rejection and efficiency Calibration  Ken Read will be at CERN 2-3 weeks this summer to work with Silvermyr on Online Monitoring

12. 12ALICE-USA DoE Review - Tennessee Tennessee FTE Commitments

13. 13ALICE-USA DoE Review - Tennessee Education of Students and Benefits to Society l Students  Saskia Mioduszewski: graduated in 1999 with a Ph.D. thesis on anti-proton data from E910. In 2004 she won the DoE Presidential Early Career Award for Scientists and Engineers! She is now a junior level professor at Texas A&M.  Jason Newby: graduated in 2003 with a Ph.D. thesis on J/  production in Au+Au collisions at RHIC energies. He is now a staff member at Livermore spending 50% of his time on Ultrarelativistic Heavy Ion Physics.  Andrew Glenn: graduated in 2004 with a Ph.D. thesis on open charm production in Au+Au collisions at RHIC energies measured through single muon detection. Is current a post-doc in Jamie Nagle’s group at University of Colorado, where he is working on analysis of data from the PHENIX muon arms. Has just accepted a post-doc position at LLNL.  Donald Hornback Scheduled to graduate in 2007. Single muons in p+p. Former Arab interpreter with Q clearance flying AWACs over Iraq.  Irakli Garishvili Scheduled to graduate in 2008. Single muons in Cu+Cu.  3 new students already signed up (Dwayne John, Andrew Nicholson, Irakli Martashvili) l Postdocs and Research Associates  Achim Franz: was a post-doc in our group from 1988 to 1990. He is now a staff scientist at BNL working on PHENIX  Xiaochun He: was a post-doc in our group from 1991 to 1994. He is now a professor at Georgia State University and the leader of their nuclear physics group. His research focuses on PHENIX where he and his group have contributed significantly to the trigger and data acquisition systems.  David Morrison: was a post-doc in our group from 1994 to 1997, when he left for a staff scientist position at BNL. He has now received tenure at BNL. He has for many years been responsible for all aspects of the off-line computing efforts within PHENIX.  Victor Perevotchikov: Victor was a research associate in our group from 1995 to 1998. He now has position at BNL within the STAR computing group.  Vasily Djordjaze: Vasily was our post-doc from 2002 to 2004 stationed at BNL. He is now at BNL working on various high energy experiments.  Youngil Kwon: Youngil was our post-doc from 2004 to 2006. He now has an Assistant Professor position at Yonsei University in South Korea working on LHC physics. He was responsible for the initial development of many aspects of the single muon analysis within PHENIX.  Joshua Hamblen