1 / 8

Hadron Physics (I3HP) activities

Hadron Physics (I3HP) activities. Hadron Phys i cs (I3HP) is part of Integrated Activity of 6’th European Framework. Contract has a form of consortium of Integrated Infrastructure Initiative with acronym Hadron Physics . Signed in march 2007 by 49 European Institutions

kjuan
Download Presentation

Hadron Physics (I3HP) activities

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Hadron Physics (I3HP) activities • Hadron Physics (I3HP) is part of Integrated Activity of 6’th European Framework. Contract has a form of consortium of Integrated Infrastructure Initiative with acronym Hadron Physics. • Signed in march 2007 by 49 European Institutions • Duration time is 48 months: 01.01.2004-31.12.2007. • Consist of : Network Activities, Transnational Access and Joint Research Activities (JRA). There are 12 JRA • We, Institute of Physics of Jagiellonian University , Silesia University (W.Zipper) and Warsaw University (B.Sikora), take part in JRA1; ”Future DataAcQusition” ..+ KFKI Budapest+... • + JRA4: Gasous detectors (Kraków)

  2. „JRA1: Future DAQ” • New DAQ architectures for future Hadron Physics Experiments (PANDA-Kraków and CBM-Katowice/Warsaw @GSI): • Continuous data sampling with large frequencies (<100 MHz) • Autonomous feature extractions in individual detectors: (track finding, particle identification, shower detection etc.) • Triggering based on high-level information: displaced vertex: D-meson, invariant mass reconstruction (J/->+-), particle species (,e,,..). • Future PC market technologies: wide-band computer networks (>1 Gbit ethernet, fast switches), computer nodes (System on Chip),... On going tasks (Polish groups): discrete event simulation, trigger algorithms, feature extraction

  3. Example of considered architecture

  4. The future international accelerator facility SIS 100 Tm SIS 300 Tm U: 35 AGeV p: 90 GeV Cooled antiproton beam: Hadron Spectroscopy Compressed Baryonic Matter

  5. Hadron Physics @ GSI • PANDA: pp at 1.5-15 GeV/c (colled pp/p=10-5) • charmonium spectroscopy • D meson in medium (chiral restauration) • Single and double Hypernuclei • glueballs and charmed extotic states Hadron ID: π, K,, pLepton ID: e, μ photons 107 inter/sec ( L=1032 cm-2s-1 )40 GB/s Solenoid, vertex pixel detectors, central tracking, el-calorimetr, forward spectrometer

  6. Hadron Physics @GSI Hadron ID: π, K, pLepton ID: e, μ • CBM: Study of highly compressed baryonic matter in HI collisions (8, 40 AGeV): • Simultanous measurement of : • Light vector mesons (//) via dielectrons • Charmonium states: J/ and D mesons • Multistrange hyperons • Flow observables 107 inter/sec(Au+Au) 500 GB/s Dipol, vertex pixel, RICH, TRD, RPC

  7. Construction: upgrade of HADES @GSI • Construction stage 1 of the International Accelerator Facility - Darmstadt Ion Research and Antiproton Center - for the 6’th European Framework • SIS18 upgrade, R3B dipol magnet, HADES upgrade • 3 years project: 2005-2008 decision expected by end of this year HADES upgrade towards 8AGeV : HADES already existing and working dielectron spectrometer at SIS 1-2AGeV Upgrade: RPC TOF wall, Forward Spectrometer, Trigger and DAQ: ...+Institute of Physics Jagiellonian University, Nuclear Physics Institute in Rež, Academy of Science of Czech Republic,+...

  8. Side View START p, , A HADES@GSI • HADES at 1-2 AGeV SIS: • In-medium properties of the light vector mesons (//) via dielectrons in HI and pA/ A collisions • Electromagnetic structure of hadrons: em. form-factors • elementary sources of dielectron production in pp, pn and p collisions Physics runs started in 2002 (JU Kraków, SAS Bratislava, CAS Rez,...)

More Related