PPT-An initial study of mesons and baryons containing strange quarks with GlueX

12 GeV electrons 40 lin Pol Uncollimated Collimated Coherent Peak GlueX A Proposal to Jefferson Lab PAC 40 The GlueX Collaboration Curtis A Meyer GlueX Spokesperson Outline Lattice QCD and the meson spectrum. Not in compact objects (brown dwarfs, etc.). Baryons should also contribute to . nucleosynthesis. But we got it to work out assuming it’s . not. baryons. Most likely: it will be some sort of undiscovered particle: . in heavy baryons. Atsushi . Hosaka. 　. (RCNP, Osaka U.. ）. 9/10-13, 2013. Charmed baryons. 1. Practical questions of hadron physics. • How ground and excited states are described?. • Are there simple language for it . -- Rough estimate --. Atsushi . Hosaka. , RCNP (Osaka U). • . R. ate for charm and strange productions. . Effective . Lagrangian. and . Regge. • Production of various baryons states. . Quark-. JLab. Curtis A. Meyer. Carnegie Mellon University. August 2009. Charmed Exotics. 2. Outline. What are light-quark exotic mesons?. How should we look for these mesons?. What is the Experimental Evidence?. interesting ?. Interaction of heavy quarks with the plasma. . - . our model (elastic and inelastic collisions, LPM). . - comparison with data. . - how far we are with our understanding. . GLUE. X. HUGS 2011 – Jefferson Laboratory. Hussein Al Ghoul. Department Of Physics. Florida State University. ᵠ. . Overview. HUGS 2011 – Jefferson Laboratory. . 12. . Gev. upgrade. . Hall D. Particles. . INTRODUCTION . to. Elementary Particle Physics. Fundamental building blocks of. which all matter is composed:. . Elementary Particles. . electron. The Standard Model. Chapter 14. Elementary Particle Physics. Fundamental Forces of Nature. Force. Particles acted upon. Relative Strength. Lifetimes. Range. Mediating. particle. Notes. Strong. Hadrons and Quarks. But the very success of the Eightfold Way begs the question: . Why do the . hadrons fit . into these curious patterns?. . The Periodic Table had to wait many years . for quantum . mechanics and the Pauli exclusion principle to provide its . rate. s . of . Strange. and Charmed baryons . at Belle. 1. string. @. . s = 10.52 GeV. Nuclear physics consortium . Production rate. . of hadrons. . 2. Slope of meson (qq. bar. ) . is different from baryons (qqq). . Elementary Particles 4. 1.6 STRANGE PARTICLES (1 947-1 960). For a brief period in 1947 it was possible to believe that the major problems . of elementary . particle physics were solved.. . After a . Rohit. . Dhir. Department of Physics, . Yonsei. University, Seoul 120-749.. Dated:11. th. June, 2012. Matter & Forces. Matter. Leptons. Charged. Neutrinos. Forces. Weak. EM. Strong. Gravity. Hadrons. Pseudo-scalar Mesons. J. P. =1. -. K. Nakamura et al., JPG 37, 075021 (2010) (http://pdg.lbl.gov). Ground state mesons of the “u”, “d”, “c” and “s” quarks (and their anti-quarks). Lightest baryon multiplets. Aran David Stubbs. Inframatter Research Center. April 2016 APS Conference. Outline. The IRC Model. Types of Proto-Matter. Structures. Scalar Mesons. The Pions. Other Flavorless Scalar Mesons. Conclusion.