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Some history of JINR-INFN Pisa relations

Some history of JINR-INFN Pisa relations. Franco Bedeschi INFN Pisa. NEW. May 2015 Proposal for a long term strategy for INFN High Energy Particle accelerator based experiments A long history of collaboration …..

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Some history of JINR-INFN Pisa relations

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  1. Some history of JINR-INFN Pisa relations Franco BedeschiINFN Pisa

  2. NEW May 2015 Proposal for a long term strategy for INFN High Energy Particle accelerator based experiments A long history of collaboration ….. Many new recent physics results, construction ongoing and R&D for future experiments and accelerators Report of INFN-CSN1 activities (past) present and future INFN-JINR @Pisa - October 12, 2015 DISCLAIMER: personal not comprehensive view Nadia Pastrone TORINO

  3. A long history of cooperation… SIGMA-AJAX spectrometer at IHEP Protvino in 1970s A 600 MeV/c antiproton interacts with a neon nucleus in the streamer chamber of the PS179 experiment at CERN’s Low Energy Antiproton Ring (LEAR) in 1980s

  4. CDF2

  5. ATLAS Muons • Muon Drift Tubes (MDT) construction – collaboration with Frascati • Micro Megas (MM upgrade) production center (1/ 4 total) • RPC maintenance during LS1 (2/3 manpower) – gas leaks repair • RPC R&D and gas studies for new chambers • Other interests on Tile cal (hadronic calorimeter) Nadia Pastrone

  6. CMS – Drift Tubes and JINR Everything started in 1998…. The CMS DT collaboration was looking for a manufacturer of the Electrode Strip Deposition for the Muon DT System construction • ~3600 Al plates of ~10 m2 each • Deposition of ~1000 km Al strips on top of ~1000 km of Mylar strips • HV test • Logistics Work organized by the INFN Torino group who also designed and built all the production tools

  7. …in a nutshell The outcome …… a lot of excellent work …… and friendship!

  8. LHC Run 1: Higgs mass mH=125.09 ± 0.21 (stat) ± 0.11 (syst)  GeV Nadia Pastrone

  9. LHC Run 1: Higgs properties

  10. New physics? … not yet in Run1 Nadia Pastrone

  11. LHC Run 2 (2015-18) @ 13 TeV – 25 ns bx Mee ~2.9 TeV Nadia Pastrone

  12. Flavour Physics • LHCb: preparing for major upgrade to be completed by 2018 • IT: Muon chambers (GEM), RICH (sensors/electronics), fast networking, trigger • BES-III: running successfully • IT: ZDC, cylindrical GEM chamber • BaBar: • IT: Data analysis still in progress • NA62: completing detector construction • IT: all aspects of detector • KLOE2: running with upgraded detector at DAFNE Nadia Pastrone

  13. Kaon Physics (NA48/1/2 - NA62) • JINR Dubna10-15 collaborators - INFN 20-30 collaborators • Vladimir KekelidzeNA48/2 spokesperson • NA48: calorimeter cryostat (ISTC proposal approved in 1993) • NA48/1: drift chambers maintenance and read-out system beam spectrometer with micromegas. Simulations and pile-up studies • NA62: straw chambers production for magnetic spectrometer •  Straw chambers built in Dubna with CMS

  14. Charged Lepton Physics • MEG (JINR build drift chamber and beam instrumentation) • Major upgrade construction 2013-2015 • IT: Tracking chamber, timing counters, active target • Mu2E • Preparing for construction to start ~ 2016 • IT: LYSO calorimeter, SiPM, veto system • New g-2 experiment at FNAL • Preparing for construction starting 2016  data taking 2017 • IT: Calorimeter calibration, (possibly) tracking Nadia Pastrone

  15. Lepton Flavour violation MEG, Mu2e, G-2 LR symmetric models Nadia Pastrone

  16. n p n p n p p n n p n n p n p p p p n Mu2e (FERMILAB) n n p n n p p n Ee=mμ–Nrecoil- (B.E.)1S =104.9MeV Coherent Conversion • INFN-JINR collaboration focused on R&D effort and construction of the • electromagnetic calorimeter Al27 Nuclear Recoil μ e

  17. JINR provided relevant contribution on the R&D phase and on the realization and test of different prototypes in the following points: • - characterization of crystals LY and response uniformity (LYSO) • - study of linearity of response with different rad. Sources (LYSO) • - work on DAQ for preparation of data taking for 2013-2015 test beams. • - preparation of two scintillating crystals with SiPM readout for test beam triggering • - procurement of undopedCsI crystals from ISMA (Kharkov, Ukraine) • - procurement of BaF2 crystals from INCROM (St. Petersburg, Russia) • - participation to the long test beam campaigns at BTFs (LNF), MAMI (Mainz) • - Simulation study for test beam • - Simulation study of response for Hexagonal vs Square crystals Mu2e (R&D)

  18. Collaboration expected to be extended in 2016-2019 for: •  Characterization of crystals/photosensors for the pre-production phase •  Irradiation of “samples” of crystals at DUBNA •  Active participation of calorimeter assembly •  Possible procurement of fraction of crystals (still under evaluation/discussion) • to compensate DOE reduction on outermost rings •  Possible procurement of FEE/WFD (still under evaluation/discussion) • to compensate DOE reduction on outermost rings •  Work on FEE, WFD tests •  DAQ development INFN-JINR coll. for Mu2e (Next steps)

  19. COMPASS Measurement of spin structure functions • RUNNING and upgrade construction in progress • IT: absorber for DY, RICH chambers (TGEM) Many joined contribution: • MWPCs (chambers - Dubna, eletctronics - Torino) • MuonWall1 (detector + analog fron-end- Dubna, digital front-end – Torino) • RichWall (detector - Dubna contract payed by INFN, electronics – Torino) • Fisica: joined collaboration on Primakoff analysis and polarized Drell-Yan Nadia Pastrone

  20. Current JINR-INFN works and future (1) INFN/Pisa: • Explosion welding R&D’s to manufacture the Ti,Nb + Stainless Steel tubes joint for cryomodules in new generation superconducting linacs and linear colliders LiN and LiHe tests in Pisa, FNAL, Dubna, Sarov, Kiev. • Continuation of the CDF/FNAL data analysis for c,b,t-quarks involved processes • Detector R&D’s to built and test the new generation heavy crystals hodoscopic calorimeters prototype to search for and study rare muon decays (MU2E experiment at FNAL). Dubna, Pisa, Frascati, FNAL Nadia Pastrone

  21. Current JINR-INFN works and future (2) INFN/Bologna The search for the global thermalization effects and their study in the very high multiplicity processes in the CDF data. Bologna, Dubna, Bratislava INFN/Frascati New generation detector R&D’s to create high resolution heavy crystals hodoscopic calorimeter to search for and study rare muon decays (MU2E experiment at FNAL). JINR, Frascati, FNAL, Pisa, Kharkov (Ukraine) Nadia Pastrone

  22. HL-LHC • R&D ongoing towards TDR in 2017-2018 • Scope documents to be discussed with CERN @ October RRB • ATLAS/CMS full upgrade cost ~ 270 MCHF • INFN CORE contribution ~ 40 MCHF overall (no computing) • PHASE 2: plenty of room to collaborate, both on detectors, computing and analysis, prototyping before big constructions start in: • Pixel and strip silicon sensors and related FE/trigger electronics • Muon tracking chambers and trigger counters • Other trigger and FE/DAQ electronics • Software architectures • ………. Nadia Pastrone

  23. New Accelerators…. ILC • Super KEKB @ JAPAN  2018 • HL-LHC @ CERN  2026 • EIC  soon • ILC • FCC / CEPC • Muon Collider

  24. Beam bending with crystals A program of data taking during LHC MD for 2016 and 2017 channeling orientation Beam energy: 450 GeV GOAL: LHC halo collimation and test of beam extraction Nadia Pastrone

  25. Conclusions • Hadronic physics at highest energy: • ATLAS, CMS, LHC-f, TOTEM @ LHC (upgrading/running) • CDF2 @ Tevatron (closed) • Flavor physics: • BaBar @ PEP-II (closed) • BelleII@KEKB (building) • BES-III @ BEPC-II (running) • KLOE @ DAFNE (running) • LHC-B @ LHC (upgrading/running) • NA62 @ SPS (running) • Lepton Flavor Violation: • MEG @ PSI (upgrading/running) • Mu2E @ Fermilab (R&D/reviewing) • G-2 @ Fermilab (building) • Proton structure: • COMPASS @ SPS (upgrading/running) • Future • Future detectors (R&D) • UA9 @ SPS&LHC (R&D) • Future colliders (Planning)

  26. Crucial technological activities A whole section of INFN (CSN5) is devoted to technology R&D and technology transfer to industry  it’s not a conclusion but a new way to start to discuss Tracking Calorimetry Cryogenic detectors Accel. Cavities Superconductors Beam monitoring Electronics DAQ systems Software Medicine and biol. Cultural heritage Environment Nadia Pastrone

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