US CMS – RP, FNAL

1. US CMS – RP, FNAL • CMS Research Program (FNAL) • Dan Green • US CMS RPM • May 8, 2006

2. Outline • LHC Science – EPP2010 • Status of CMS Construction – CD4-A, 97% complete • Magnet • HCAL • ME • Construction- CD4-B, • SiTrkr • FPix • Physics Preparation • Computing TDR • Physics TDR • Research Program • US CMS Collaboration@ FNAL • LPC • ROC/LHC@FNAL • CMS Dept.

3. LHC w.r.t. EPP2010

4. CMS Magnet Cold. Inserted HCAL in April. Field map and quench studies in summer, 2006.

5. HCAL Installation Progress An initial set of calibration constants for all HCAL – HB, HE, HF exists based on test beams in 2004 and radioactive sources to carry over energy taken in 2005. Good to ~ 5%. Check in test beam in 2006 (with ECAL). Expect ~ 15% “brightening” in 4T magnet – to be tested and tracked.

6. HCAL - Forward Staged in bldg #186. Calibration is ~ ½ complete. Plan to finish and move to SX5 for July installation in UX

7. “Slice Tests” – HCAL muons

8. ME Progress • YE+ endcap installation finished -- 196 chambers • YE- endcap finished except for ME-1/3 chambers (36) • Chamber installation 91% finished • Cabling now 80% finished • TMBs starting to be delivered • Slice test starting on YE+1

9. 9 ME2 + 9 ME3 chambers available (600 sector) Services in place: LV, gas, and HV 9 production TMBs and Peripheral Backplane ME+2 station Production TMBs arriving at CERN in February. ME3 ME2 32 27 27 14 16 16 32 ME+2 ME+3 ME - Slice Test Setup

10. ECAL RCT GCT GT/GMT TTC DTTF HCAL CSCTF Central Integration Racks • Mitigation – buy schedule using #904. • Test Trigger, DAQ. • DAQ segment is in SX5 with cosmic ray muon data logging.

11. TOB - Rod Insertion, Cabling & Testing at CERN • SiTrkr module production is complete. Will finish rod production at FNAL and UCSB by the end of summer. Installation is ongoing in the Tracker Integration Facility. Plan for 25% “slice” test in TIF before UX installation at end of CY06.

12. FPIX Status Blade: 2 Panels HDI, TBM FPix (baseline): Plaquette: Sensors, ROC, VHDI (picture later) ½-Disks: 12 Blades US delivers: 4 ‘disks’ TBM (for CMS Pixels) ½-Service Cylinder Full Size Model. Pigtail: Panels to • Mechanical support and • cooling • Pixel Sensors • Assembled pixel detectors • The required electronics • (adapter board, port card) • except the: • ROC, FEC, FED and OL Adapter Board Fan-in/Fan-out FEC Extension Cable FED Power, Cooling Port Card: AOH (2), DOH, ALT, Gate Keeper, TPLL, DCU CMS DAQ O-fibers

13. Schedule: From Construction to M&O Calendar Year Operational Spares Main Detector Schedule for FPIX has completion of installation and switch to M&O in first ¼ of CY08. There is schedule float for CD4-B. All parts are just now in place and construction can begin. Detector Construction for FY06 is ~ 3.5 M$ at FNAL (direct) – used to complete SiTrkr and FPIX. There are ~ 28 FTE in FY06. ’07 Detector M&O Construction

14. Computing TDR Completed The Computing TDR represents the new paradigm after the problems with DC04. It is the blueprint for future progress.

15. CPT Organization Project Office V.Innocente L.Taylor Project Manager P.Sphicas Computing L. Bauerdick S. Belforte PRS D. Acosta A. Deroeck Software L. Silvestris A. Yagil Technical Program P.Elmer/S.Lacaprara Framework L. Sexton HLT/DQM E. Meschi Heavy Ions B. Wyslouch ECAL/e-g C. Seez Y. Sirois Integration Program I. Fisk/S.Belforte Reconstruction T. Boccali Analysis Tools L. Lista Higgs S. Nikitenko TRACKER/b-t I.Tomalin F. Palla ORCA for PTDR W. Adam Operations Program L. Barone Calibr/alignment O. Buchmuller L. Malgeri Standard Model J. Mnich HCAL/JetMET J.Rohlf C.Tully SUSY & BSM L. Pape M. Spiropulu Muons N. Neumeister U.Gasparini Fast Simulation P. Janot Simulation M.Stavrianakou D.Elvira Facilities and Infrastructure N. Sinanis Geometry M. Case SW Devel Tools S. Argiro Generator Tools F. Moortgat S. Slabospitsky Online Selection S. Dasu C. Leonidopoulos

16. Computing Model CMS CAF must be constructed. T1 resources pledged to CMS not sufficient for CMS requirements. Also requirements themselves are 2x below those of ATLAS. Much work remains.

17. Physics TDR Volume 1 Volume I concerns detector performance and models. These items are crucial to predicting Physics performance of the CMS detector.

18. FY06 – M&O in RP For FY06 M&O costs are ~ 14 M$. Of that ~ 4.2 M$ goes to university groups, while ~ 9.8 M$ goes to FNAL ( Cat A – PO – LPC - ROC ) - burdened

19. FY06 - S&C in the RP FY06 S&C costs are ~ 15 M$. Of that 10.5 M$ goes to FNAL (T1 – LPC CAF – CP), while 3.5 M$ goes to university groups ( 7 T2 centers) - burdened

20. US CMS Demographics Expect to grow to ~ 500 FTE physicists at ~ 49 institutions by first beam to CMS. March CMS Week – Rockefeller + Puerto Rico.

21. Demographic Split of US CMS

22. FY06 – Core Support Each FY, US CMS performs a bottoms up assessment of needs in the core program. The L2 managers set priorities, while the overall priority is defined by the RP management.

23. FNAL Activities in CMS

24. LPC at Fermilab Appears to be successful. WH11 filled and moving onto WH10 and WH1. Note unique open areas for Physics discussions.

25. LPC Website Growth continues. WH11 ~ full. Expanding to WH10E

26. ROC at Fermilab ROC to provide facilities for Data Quality Monitoring remotely. Improves effectiveness of remote experts and benefit from time difference (night shift). Have achieved good FNAL support. ROC will move to WH1 as a visible symbol of the FNAL commitment to CMS.

27. WH1E – LHC @ FNAL First phase has begun. By end of FY06 have the control room and a teleconference center. Office space for shifters and data quality monitoring will come later.

28. CMS @ FNAL - Dept. in PPD E892 at FNAL. Core Program budget in PPD is: 210 k$ M&S for M&O 175 k$ G&V 26 k$ SLHC R&D 88 k$ LPC Support (bulk comes from M&O) ------------------------------ ~500 k$ in M&S (large travel component) CMS Dept. in PPD has 43 FTE FNAL Physicists – 46 on M&O A. For TDR 96 FNAL names – Phys+CP+Eng SWF is ~ 4 M$ for core support (physicists) M&O is ~ 8.3 M$ (direct), 7.0 M$ in M&S ( Category A costs, HCAL ) with 1.3 M$ in SWF (RP Project Office, 8 FTE)

29. CMS @ FNAL – Dept. in CD S&C in FY06 is costed at 8.8 M$ (direct). Of that 5.3 M$ is in M&S (T1 and LPC CAF), while 3.5 M$ is in SWF (T1 + LPC Ops). There are ~ 30 FTE working on S&C in CD for FY06. There are 8 FTE in the CD CMS Dept. , with 90 k$ of M&S core support.

30. WH10E Proposal LPC is overflowing – especially in the summer. Add slots for LPC. Also, with ROC move, more offices freed up on WH11. Must also accommodate the large “silicon” community arising from Run II + BTeV physicists.

31. Summary • Construction is ~ on schedule – 97% complete at end of FY05. • CD4-B – SiTrkr is ballistic. FPIX finally has parts in hand. • Computing TDR and Physics TDR are done. RP is now the central management instrument of US CMS. • US CMS continues to grow. FNAL is the largest group. • LPC is forging ahead • ROC is analyzing cosmic ray data. LHC@FNAL will soon be complete (end FY06). • PPD and CD CMS Dept. hosts the Project/Program office and supports FNAL physicists working on CMS.