PPT-Trigger & DAQ for Hadron Collider Physics

Sridhara Dasu U Wisconsin Madison Outline General Introduction to Detector Trigger amp DAQ Introduction to LHC Trigger amp DAQ Challenges amp Architecture LHC Experiments Trigger . of. the SM (3):. non-. collider. . particle. . physics. FK8022, . Lecture. . 7. Core. text:. Further. . reading. :. C. ollider vs non-. collider. . physics. (1). Can. . see. new . physics. ?. Challenges and Achievements. Mikhail . Bashkanov. University of Edinburgh. UK Nuclear Physics Summer School. I. Outline of the course. Lecture 1: . Hadron Physics. Experiments: new toys – new knowledge (progress in particle detector systems). . the present status and future. T.Takahashi. KEK/J-PARC Center. Contents. Brief Introduction of J-PARC. Hadron Facility . Results of Commissioning and Physics Programs at each beamline. K1.8. /K1.8BR/K1.1BR. K. Ozawa (KEK). Contents:. J-PARC & Hadron Facility. Some topics at J-PARC and related Facility. (Future plan of . J-PARC & Hadron . Facility). Summary . 2014/10/25. K. Ozawa, Hadrons in nuclear medium. K. Ozawa (KEK). Contents. Charmed baryon spectroscopy. New experiment at J-PARC. On-going Joint Project. Joint project between J-PARC theory center, KEK, and RCNP. . Proposing construction of new high-momentum high-resolution beam line. KILC12 / . Daegu. Jonathan . Bagger. Chair, ILCSC. Johns . Hopkins University. 4/23/12. LHC: 125 . GeV. ?. Since Granada, evidence is accumulating that there is a 125 . GeV. Higgs-like object being discovered at the LHC. Dr. Venkat Kaushik. 2016-01-15 . Today’s Topic. Introduction to Large Hadron Collider (LHC). How do justify the need for LHC?. Why hadron? Why large ?. Layout. Design of LHC. Important parameters of LHC. 1. CERN is preparing a list of potential future high energy accelerator projects for discussion at the CERN SPC:. . HC) Hadron Collider Projects. LC) Lepton Collider Projects. IP) Ion Physics Program. Alexandre Camsonne. Workshop on . Future. . Trends in . Nuclear Physics Computing. March 17. th. 2016. JLab DAQ . specifics. Almost . continuous. . machine : 499 MHz repetition rate usually prevents to trigger on beam crossing like at collider usually trigger on detector. Allen Mincer . New York University. July 2019. 1. BNL July 2019. 2. BNL July 2019. Examples in this talk will come from the ATLAS experiment at the LHC at CERN,. w. here . the experiments are p-p collisions at high energies.. . . (The . theory. . activities. . within. INFN). Maria Colonna . Laboratori Nazionali del Sud (Catania. ). . Heavy. . Ion. . Collisions. QGP . phenomenology. . Neutron. . stars. . Hadron. plan on SoLID. Jin Huang. Los Alamos National Lab. Go 3D!. TMD PDFs . link . Intrinsic motion of partons . Parton spin. Spin of the nucleon. Multi-Dimension structure. 3D motion of the quark in nucleon. Qi-. Shu. Yan (UCAS/CHEP,PKU). Q.S.Yan(UCAS/CHEP). MC4BSM-2014, . Daejeon. , May 18-23. 1. On behalf of MC working group for . CEPC. Monte . Carlo Tools for Physics Beyond the Standard Model . 18-23/May 2014, . Jet suppression . Heavy flavor . Future . Non-zero v_2,3 in D0 production observed . light quark recombination effects? . D_s? ALICE data, smaller . coalescence effect? . How about J/Psi ? Upsilons? .