'Quark model' diaporamas de présentation

Nilmani Mathur Department of Theoretical Physics, TIFR, INDIA

Hadron spectrum : Excited States, Multiquarks and Exotics. Nilmani Mathur Department of Theoretical Physics, TIFR, INDIA. Non-quark model states. States with excited gluon Hybrid mesons ( meson + excited glue ) Hybrid baryons ( baryon + excited glue )

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Pentaquarks

Pentaquarks. Wolfgang Lorenzon (Avetik Airapetian, Wouter Deconinck) 26 October 2005. Supported by NSF - 0244842. Life in Exciting Times. Before 2003 .... searches for flavor exotic baryons showed no evidence for such states. Since 2003 .... Hadronic Physics has

780 views • 57 slides

High Energy Nuclear Physics

High Energy Nuclear Physics. Fan Wang Dept. of Phys. Nanjing Univ. fgwang@chenwang.nju.edu.cn. Outline. Introduction I. Hadron structure I.1 Nucleon internal structure I.2 Nucleon Spin Structure I.3 Gauge invariance and canonical commutation relation of nucleon spin operators

717 views • 57 slides

Yongseok Oh

8/24/09 HEP Seminar. Spectrum and Production of Strange Baryons. Yongseok Oh. Overview. Nuclear & Hadron Physics Structure of hadrons Effective theories and models for QCD Mechanisms of particle production Relativistic heavy ion physics Matter at extreme conditions New state of matter

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NuTeV Anomaly v ersus Strange Antistrange Asymmetry

NuTeV Anomaly v ersus Strange Antistrange Asymmetry. Bo-Qiang Ma Department of Physics, Peking University June 17, 200 5 at Internal Conference on QCD and Hadronic Physics. ?.

591 views • 42 slides

Spectroscopy: Experimental Status and Prospects

Spectroscopy: Experimental Status and Prospects. Curtis A. Meyer Carnegie Mellon University. Outline. Baryons Mesons QCD Exotics Glueballs Hybrid Mesons Summary. The Baryon Spectrum. ****, *** Known **,* Hints. Nucleon L 2I,2J (Mass) Parity Status

484 views • 40 slides

Introduction for Exotics Hadron production in HIC Exotics from RHIC

Hadron Physics at RHIC. Su Houng Lee Yonsei Univ., Korea. Introduction for Exotics Hadron production in HIC Exotics from RHIC. Thanks to: Former collegues and students Present students: Y. Park, Y. Sarac, Y. Heo, K. Kim

452 views • 32 slides

NuTeV Anomaly & Strange-Antistrange Asymmetric Sea

NuTeV Anomaly & Strange-Antistrange Asymmetric Sea. Bo-Qiang Ma Department of Physics, Peking University August 16, 200 4, talk at ICHEP04, Beijing. ?. In collaboration with Yong Ding PLB590(2004)216 hep-ph/0405178. Outline. The NuTeV anamoly and Paschos-Wolfenstein relation

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Tetraquark states in Quark Model

Tetraquark states in Quark Model. Jialun Ping Youchang Yang, Yulan Wang, Yujia Zai Nanjing Normal University ???????? November 5-7, 2009, Hefei. Outline. I. Introduction II. Quark Models and calculation method III. Results IV. Summary and outlook. I. Introduction.

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Heavy hadron phenomenology on light front

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You-Chang Yang ( ??? ) Jialun Ping ( ??? ) Chengrong Deng ( ??? )

Constituent quark model study of the exotic meson states. You-Chang Yang ( ??? ) Jialun Ping ( ??? ) Chengrong Deng ( ??? ). Zunyi normal college ( ?????? ). HNP2013, 2013.7.17-22, Zhangjiajie, Hunan. Outline. Introduction The chiral constituent quark model

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The Heavy baryon masses and Spin-Isospin Dependence

The Heavy baryon masses and Spin-Isospin Dependence. Z. Ghalenovi, A.A. Rajabi, A. Tavakolinezhad. Shahrood University of Technology, Shahrood , Iran. Outline 1- The Models 2- The Heavy Baryons Masses 3- The Heavy Baryons Magnetic Moments. The First Model.

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Quark and Lepton

HEP. Quark and Lepton. Kihyeon Cho. Quark and Lepton. S=0. S=1. S=-1. S=0. (Triplet). (Anti- Triplet). Quark Model. Perkins 5.1. Quark Model. Perkins 5.1. Perkins 5.1. Spin 3/2. Spin 1/2. When Gell-Mann proposed the quark model, was not yet observed. Quark Model.

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I. G. Aznauryan Jefferson Lab Yerevan Physics Institute October 13, 2008, Jlab

Electroexcitation of P 11 (1440), D 13 (1520), and S 11 (1535) from CLAS data and quark model predictions. On the definitions of the g * p ?N * helicity amplitudes. I. G. Aznauryan Jefferson Lab Yerevan Physics Institute October 13, 2008, Jlab

385 views • 25 slides

The quantum number of Color , colored quarks and QCD

The quantum number of Color , colored quarks and QCD (dedicated to the 40-th anniversary of the discovery of the quantum number of color ) V.A. Matveev and A.N. Tavkhelidze (INR, RAS). NEW TRENDS IN HIGH-ENERGY PHYSICS (experiment, phenomenology, theory)

519 views • 19 slides

Qiang Zhao Centre for Nuclear and Radiation Physics

CNRP. Qiang Zhao. Locality of quark-hadron duality and its manifestation in exclusive meson photoproduction reaction above the resonance region. Qiang Zhao Centre for Nuclear and Radiation Physics Department of Physics, University of Surrey, Guildford, U.K.

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The quantum number of Color , colored quarks and QCD

The quantum number of Color , colored quarks and QCD (dedicated to the 40-th anniversary of the discovery of the quantum number of color ) V.A. Matveev and A.N. Tavkhelidze (INR, RAS) Report to JINR Scientific Council, Dubna, 19-20 January 2006. Content. Introduction

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Theoretische Hadronenphysik/ FAIR

Theoretische Hadronenphysik/ FAIR. from up, down to strange and charm. Matthias F.M. Lutz (GSI). S 11 (1535). ?(1232). Studying Hadron Structure by Spectroscopy. resonance spectrum. information about interaction/dynamics of constituents. SU(3) classification scheme. Ba Ca. atom.

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?(1405) in a hybrid quark model

Introduction Formulation Results Summary. C. Nakamoto (Suzuka College of Technology) H. Nemura (Advanced Meson Science Laboratory, DRI, RIKEN). ?(1405) in a hybrid quark model. Introduction. ?(1405) ??? q 3 ? K N ? or q 4 q ?. ?. ?.

309 views • 18 slides