1. The Nosecone Calorimeter People, Management, Funding, Schedule R. Seto Yonsei University Seoul, Korea Nov. 16, 2005

2. schedule November 16th (Wednesday) November 16th (Wednesday) 10:30 - 11:00 I.H. Park (Ewha) : Status of Silicon Fabrication in Korea 10:30 - 11:00 I.H. Park (Ewha) : Status of Silicon Fabrication in Korea 11:00 - 11:30 S.W. Nam (Ewha) : CREAM Silicon Detector 11:00 - 11:30 S.W. Nam (Ewha) : CREAM Silicon Detector 11:30 - 13:00 Lunch 11:30 - 13:00 Lunch 13:00 - 13:30 R.K. Seto (UCR) : Introduction and Physics Motivation 13:00 - 13:30 R.K. Seto (UCR) : Introduction and Physics Motivation 13:30 - 14:15 E. Kistenev (BNL) : Design of the NCC 13:30 - 14:15 E. Kistenev (BNL) : Design of the NCC 14:15 - 14:45 RKS/EK (UCR/BNL) : Performance 14:15 - 14:45 RKS/EK (UCR/BNL) : Performance 14:45 - 15:00 Coffee Break 14:45 - 15:00 Coffee Break 15:00 - 15:30 E. Kristenv (BNL) : R and D Progress 15:00 - 15:30 E. Kristenv (BNL) : R and D Progress 15:30 - 15:45 R.K. Seto (UCR) : Money, Schedule etc 15:30 - 15:45 R.K. Seto (UCR) : Money, Schedule etc 15:45 - 16:00 J.H. Kang (Yonsei) : Manpower and Funding in Korea 15:45 - 16:00 J.H. Kang (Yonsei) : Manpower and Funding in Korea 16:00 - 17:00 Tasks ahead (EK/RKS) and Discussion 16:00 - 17:00 Tasks ahead (EK/RKS) and Discussion 17:00 - 19:00 Dinner 17:00 - 19:00 Dinner November 17 th (Thursday) – Visit SENS and ERTI November 17 th (Thursday) – Visit SENS and ERTI

3. Collaboration USA USA BNL:lab BNL:lab Physics (Management, Design, Integration, engineering etc) Physics (Management, Design, Integration, engineering etc) Chemistry (DAQ, electronics) Chemistry (DAQ, electronics) Instrumentation (engineering, Gamma/pi0 design, front end chip) Instrumentation (engineering, Gamma/pi0 design, front end chip) UCR (Simulations, management, software) UCR (Simulations, management, software) ISU (Trigger, Simulations) ISU (Trigger, Simulations) UIUC (Simulations, Physics ideas) UIUC (Simulations, Physics ideas) Nevis (chi – FEE readout) Nevis (chi – FEE readout) Korea (Si- pads/gammapi0) Korea (Si- pads/gammapi0) Yonsei Yonsei Ewha Ewha SENS: company SENS: company ERTI:company ERTI:company Japan Japan Riken (lab) Czech Republic (Gamma/pi0 testing, constuction) Czech Republic (Gamma/pi0 testing, constuction) Charles U Academy of Sciences Prague Tech U ON semiconductor:company Russia Russia Moscow State U (Si pad design, testing, engineering) JINR-Dubna – 2 groups (lab) (Engineering, Mechanics, tungsten, assembly) MEPHI (front end electronics) Ekaterinbourg (company- board assembly) RIMST-ELMA (company- Si construction)

4. Management Plan Operate in the structure of PHENIX Operate in the structure of PHENIX The “Forward upgrades group” meets and works together (RKS chairs meeting now) The “Forward upgrades group” meets and works together (RKS chairs meeting now) Muon Piston Calorimeter (3<eta<4) : going in now Muon Piston Calorimeter (3<eta<4) : going in now Muon spectrometer trigger (NSF MRI funding) Muon spectrometer trigger (NSF MRI funding) NCC NCC We will have to work out a management structure – once we have all the responsibilities assigned We will have to work out a management structure – once we have all the responsibilities assigned For construction (EK) For construction (EK) For Money DOE/Riken/Other (RKS) For Money DOE/Riken/Other (RKS)

5. PHENIX view of RHIC Upgrade Plans 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 RHIC baseline program Au-Au ~ 250  b -1 at 200 GeV Species scan at 200 GeV Au-Au energy scan Polarized protons  150 nb -1 Full utilization of RHIC opportunities: Studies of QGP with rare probes: jet tomography, open flavor, J/ ,  ’,  c,  (1s),  (2s),  (3s) Complete spin physics program p-A physics Near term detector upgrades of PHENIX TOF-W, HBD, VTX,  Trig 40x design luminosity for Au-Au via electron cooling Commissioning Long term upgrades FVTX, TPC/GEM, NCC Extended program with 1 st detector upgrades: Au-Au ~ 1.5 nb -1 at 200 GeV Polarized p at 500 GeV (start p-A program) Analysis of data on tape PHENIX upgrades RHIC luminosity upgrade Near term: Base line Long term: full detector and RHIC upgrades Medium term: first upgrades

6. NCC Funding Small amount of funding so far for R and D Small amount of funding so far for R and D Riken, UCR, BNL, Local Russian funding for themselves, Czech for themselves (a fair amount) Riken, UCR, BNL, Local Russian funding for themselves, Czech for themselves (a fair amount) What do we need? What do we need? R and D R and D I claim with $3M in cash we can build one side, with $7M we can build both sides I claim with $3M in cash we can build one side, with $7M we can build both sides this might change as we do a better cost estimate in the next month this might change as we do a better cost estimate in the next month Purchasing Si and W now (~200K worth Riken) Purchasing Si and W now (~200K worth Riken) Major funding Major funding Riken $1M-$3M Riken $1M-$3M DOE ~$4M - $4.5M DOE ~$4M - $4.5M Other ~$1M Other ~$1M Major question - timing Major question - timing

7. NCC Upgrade Schedule Scenario EOB to BNL management: Oct 2005, RKS in LOI 2002200320042005200620072008200920102011 Funding (eob) Construct(eob) RKS original Milestones R&D PhaseConstruction Phase Ready for Data DOE, Japan, Russia,Czech ($4.0M+$4.0M+$0.5M???) Today NCC1 operational NCC2 Operational Begin NCC1 Construction NCC prototype 2 test NCC prototype 1 test doesn’t match funding schedule

8. NCC Upgrade Schedule Scenario updated Nov. 2005 2002200320042005200620072008200920102011 Funding(update) Construct (update) UpdatedMilestones R&D PhaseConstruction Phase Ready for Data DOE, Japan, Russia, Czech, other ($4.0M+$1 to 3M+$1M???) Today NCC2 Operational Begin NCC1 Construction NCC prototype 2 test NCC prototype 1 test (Protvino) NCC1 operational

9. NCC CDR We want to appear in the 2007 budget We want to appear in the 2007 budget Need CDR to DOE by Feb Need CDR to DOE by Feb Dec – CDR to collaboration Dec – CDR to collaboration Jan – review by BNL Jan – review by BNL

10. CDR writing/reading team Readers Readers PHENIX folks PHENIX folks Ahbay - spin, and pA Ahbay - spin, and pA Ed Kinney - Spin Ed Kinney - Spin Atsushi - lots of it (design etc) Atsushi - lots of it (design etc) Matthias - lots of it. Matthias - lots of it. Ken – spin Ken – spin Miraslov Finger (Charles Univ) Miraslov Finger (Charles Univ) Outside folks Outside folks Raju Venugopalan (pA - saturation) Raju Venugopalan (pA - saturation) Mark Strickman - nucleon strucutre Mark Strickman - nucleon strucutre Dima Kharzeev Dima Kharzeev Writers Writers RKS EK Mickey (spin) Ken (spin) Jen-Chieh (pA and nucleon structure) Mark Strikman (pA and nucleon structure) John L (hard scattering) jamie (charm and chic) Stefan (gamma-jet) Could use another person in each of spin, heavy ion, pA

11. CDR Outline 1. Executive Summary (RKS) 1. Executive Summary (RKS) 2. Physics Overview 2. Physics Overview (a) Heavy Ion Physics (a) Heavy Ion Physics i. Gamma-jet (John L I hope) i. Gamma-jet (John L I hope) ii. Chic (Jamie) ii. Chic (Jamie) iii. charm (Jamie) iii. charm (Jamie) (b) pA collisions and the CGC (Jen-Chieh+R. Seto) (b) pA collisions and the CGC (Jen-Chieh+R. Seto) i. direct photons i. direct photons ii. dileptons ii. dileptons iii. hadrons iii. hadrons iv. jets iv. jets (c) Spin Structure of the nucleon (Mickey - how much?) (c) Spin Structure of the nucleon (Mickey - how much?) i. W i. W ii. Delta G Gamma-jet ii. Delta G Gamma-jet iii. Transversity iii. Transversity (d) Nucleon structure (Jen- Chieh) (d) Nucleon structure (Jen- Chieh) 3. Physics Measurements with the NCC (RKS) 3. Physics Measurements with the NCC (RKS) (a) Performance i. Pi0 ii. Photons iii. Electrons iv. Jets (b) Physics reach i. Heavy Ion Physics ii. Spin Structure iii. Nucleon Structure (c) Physics reach with the all Upgrades

12. outline (cont) 4. The design of the NCC (EK) 4. The design of the NCC (EK) (a) Overview (a) Overview (b) The Calorimeter (b) The Calorimeter (c) Gamma pi0 detector (c) Gamma pi0 detector (d) Electronics (d) Electronics (e) Mechanics and Cooling (e) Mechanics and Cooling (f) Integration (f) Integration (g) Triggering (g) Triggering 5. R and D (EK) 5. R and D (EK) 6. Project Management and Responsibilities (RKS) 6. Project Management and Responsibilities (RKS) (a) Overview (a) Overview (b) Management Structure (b) Management Structure (c) Responsibilities (c) Responsibilities 7. Budget and Schedule (RKS, EK) 7. Budget and Schedule (RKS, EK) (a) Total Estimated Cost (TEC) (b) Contingency Analysis (c) Overhead (d) Budget (e) Fiscal Responsibilities (f) Schedule 8. Appendices 8. Appendices

13. Schedule in the next couple months CDR CDR Skeleton in CVS (CVS co offline/analysis/NCCCDR) Skeleton in CVS (CVS co offline/analysis/NCCCDR) Major tasks Major tasks Writing Writing Cost estimate Cost estimate Timeline Timeline Dec ~4 CDR to collaboration Dec ~4 CDR to collaboration EC/DC etc review EC/DC etc review Jan Jan BNL Review BNL Review Feb – To DOE Feb – To DOE Beam Tests – now at Dubna (Vasily/Andrei with Merkin, Litvinenko etc) beam test 9 th to 13 th (1 st prototype) Beam Tests – now at Dubna (Vasily/Andrei with Merkin, Litvinenko etc) beam test 9 th to 13 th (1 st prototype) Korea Trip Nov 14-18 – EK/RKS Korea Trip Nov 14-18 – EK/RKS In the next year In the next year Large prototype being designed (with gamma/pi0) Large prototype being designed (with gamma/pi0) Full electronics Full electronics

14. END

15. Commission NCC proto 1 Old Gannt chart from LOI

16. Upgrade Schedule Scenario EOB to BNL management 2002200320042005200620072008200920102011 Aerogel TOF-W HBD VTX-barrel VTX- endcap NCC MuTrigger DAQ R&D PhaseConstruction Phase Ready for Data