'Vector meson' diaporamas de présentation

DIFFRACTION AT HERA. The HERA Collider and the Experiments Luminosity and its Measurement Kinematics of Deep-Inelastic (DIS) and Diffractive Reactions Diffraction in High-Energy Particle Scattering Regge Phenomenology versus pQCD Exclusive Vectormeson Production and

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Electromagnetic Radiation from a Quark Gluon Plasma

Electromagnetic Radiation from a Quark Gluon Plasma. Alberica Toia CERN. Outline Understanding and Modelling QCD and its properties The experimental methods: Relativistic Heavy Ion Collisions The golden probe of Quark Gluon Plasma: Electromagnetic Radiation

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Study of vector meson modification in nuclear matter at KEK-PS

Kyoto Univ. , KEK A , RIKEN B , CNS Univ. of Tokyo C , ICEPP Univ. of Tokyo D , Tohoku Univ. E

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Dilepton and medium effect on particle properties

Dilepton and medium effect on particle properties. Zhangbu Xu. Outline ???? QGP ????? ???? ????. Medium Effect in Dense Nuclear Matter. Brown-Rho Scaling ? Broadening Low Mass Dilepton measuring ? properties. R. Rapp, et al. Last Call for RHIC Predictions

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Search for the Graviton at the LHC

Search for the Graviton at the LHC. From Donnachie-Landshoff towards J = 2?. John Ellis FP420 Meeting, Manchester, Dec. 9th, 2007. JE + H.Kowalski + D.Ross, in preparation. Howzat again?. In forward physics?. String theory originated from models of high-energy scattering

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Two Kaon Photoproduction and L (1520) and Q (1540)

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4. Hidden Local Symmetry

4. Hidden Local Symmetry. Effective (Field) Theory including vector mesons in addition to pseudoscalar mesons. M.Bando, T.Kugo and K.Yamawaki, Phys. Rept. 164 ,217 (1988). M.Harada and K.Yamawaki, Phys. Rept. 381 , 1 (2003). P- wave ?? scattering. 4.1 Necessity for vector mesons.

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Investigation of the nuclear medium property using f meson as a probe

Investigation of the nuclear medium property using f meson as a probe. Hiroaki Ohnishi Advanced meson science Laboratory RIKEN. KEK-PS J-PARC. SPS, RHIC, LHC. QGP. neutron star. T. Hatsuda, H. Shiomi and H. Kuwabara Prog. Theor. Phys. 95(1996)1009. W.Weise NPA553, 59 (1993).

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Polarized Drell -Yan at Fermilab

Polarized Drell -Yan at Fermilab . Wolfgang Lorenzon (20-May-2013) Workshop on Opportunities for Polarized Physics at Fermilab. Single Spin Asymmetries and Sivers Function Sivers Function in Polarized Drell -Yan fundamental QCD prediction: Polarized Drell -Yan at Fermilab

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Physics of Ultraperipheral Nuclear Collisions

Physics of Ultraperipheral Nuclear Collisions. Janet Seger. Introduction to UPC physics Experimental results from RHIC Looking toward the LHC. Ultraperipheral Nuclear Collisions. Z. b > 2R. Z. Nuclei miss each other geometrically b > R 1 + R 2

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A barrel TOF for STAR at RHIC

A barrel TOF for STAR at RHIC. Jian WU for the STAR Collaboration Department of Modern Physics, USTC. Outline Introduction Performance of STAR-TOF prototypes Physics results: achieved & expected Summary and outlook. Introduction S olenoidal T racker A t R HIC ( STAR ).

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The Physics Potential of the PHENIX VTX and FVTX Detectors

The Physics Potential of the PHENIX VTX and FVTX Detectors. Eric J. Mannel WWND 13-Apr-2012. The Relativistic Heavy Ion Collider. 2 Counter-circulating rings, 3.8 Km circumference 200 GeV /Nucleon Au+Au , Cu+Cu , Cu+Au and U+U 200/500 GeV polarized p+p

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Probing the Nucleus with Ultra-Peripheral Collisions

Probing the Nucleus with Ultra-Peripheral Collisions. Spencer Klein, LBNL (for the STAR Collaboration). Ultra-peripheral Collisions: What and Why Photoproduction as a nuclear probe STAR Results at 130 GeV/nucleon: Au + Au --> Au + Au + r 0 r 0 production with nuclear excitation

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Measuring Parton Densities with Ultra-Peripheral Collisions at the LHC

Measuring Parton Densities with Ultra-Peripheral Collisions at the LHC. Spencer Klein, LBNL. UPCs Photonuclear Interactions Measuring Structure Functions Vector Mesons Open Charm/Bottom Other Channels Other UPC interactions. Au. g. g , Pomeron, meson or gluon. Au.

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The nature of X(3900) and recognition of open charm effects

The nature of X(3900) and recognition of open charm effects. Qian Wang IHEP, CAS. In collaboration with Gang Li, Xiao-Hai Liu and Qiang Zhao. Outline. Motivation Methods and results Other implications of open charm scenario Summary. Motivation. Conventional hadrons. Meson. Baryon.

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Restoration of chiral symmetry and vector meson in the generalized hidden local symmetry

Restoration of chiral symmetry and vector meson in the generalized hidden local symmetry. Munehisa Ohtani (RIKEN) Osamu Morimatsu ? KEK ?. Yoshimasa Hidaka(TITech). Based on Phys. Rev. D73 ,036004(2006). Outline. Introduction Vector meson in the medium

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Ultra-peripheral Collisions at RHIC Spencer Klein, LBNL for the STAR collaboration

Ultra-peripheral Collisions at RHIC Spencer Klein, LBNL for the STAR collaboration. Ultra-peripheral Collisions: What and Why Interference in Vector Meson Production Au + Au --> Au + Au + r 0 r 0 production with nuclear excitation Direct p + p - production & interference

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The PHENIX Forward Silicon Vertex Tracker

The PHENIX Forward Silicon Vertex Tracker. Eric J. Mannel IEEE NSS/MIC October 29, 2013. The PHENIX Experiment. 2 Counter-circulating rings, 3.8Km circumference Energies: Up to 200 GeV /Nucleon A+A Up to 510 GeV polarized p+p Understand the source of proton spin

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Low Mass Vector Meson at FAIR

Arun Prakash Banaras Hindu University. Low Mass Vector Meson at FAIR. Outline. Introduction Why to study Low Mass Vector Meson(LMVM) How to measure LMVM Past Experiments to detect them How we can Detect them in FAIR. Types of mesons. Type. S. L. P. J. J P. Example.

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Dielectrons from HADES to CBM

Dielectrons from HADES to CBM. Properties of hadrons in strong int. matter: M, ? vs ?, m B , T, V SIS / GSI accelerator facility :heavy ion, proton, pion beams 0 ? r ? 3 r 0 0 ? T ? 80 MeV Vector meson ?, ?, ? spectral functions measurements

256 views • 9 slides