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Exploring Hadron Structure and Resonances in Theoretical Hadron Physics at FAIR

Dive into the world of hadron physics and resonance spectroscopy to understand the dynamics of constituents, classification schemes, and properties of quark models. Study N* resonances, strange and hypernuclei, and the Nuclear Chart in the context of charm mesons and heavy quark potential dynamics. Discover the latest research at FAIR and beyond.

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Exploring Hadron Structure and Resonances in Theoretical Hadron Physics at FAIR

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  1. Theoretische Hadronenphysik/ FAIR from up, down to strange and charm Matthias F.M. Lutz (GSI)

  2. S11(1535) Δ(1232) Studying Hadron Structure by Spectroscopy resonance spectrum information about interaction/dynamics of constituents SU(3) classification scheme Ba Ca atom nucleon H. Schmieden

  3. Data from COSY, ELSA, MAMI, … Measurement of resonance properties: Partial Wave Analysis U. Thoma

  4. Quark models predict many more states compared to experimental findings Löhring, Metsch, Petry, EPJ A10, 395(2001) N* resonances missing states ? structure ?

  5. Phys. Lett. B 582 (2004)

  6. STRANGENESS and HYPERNUCLEI S Z N MAMI, GSI, FAIR, (KEK, FINUDA, J-PARC) ... the 3rd dimension: towards the Nuclear Chart with Nf= 3 Quark Flavours

  7.  single particle energies Nuclear Matter S = 28 MeV H. Lenske

  8. J. Schaffner-Bielich

  9. The CHARMONIUM Renaissance LATTICE - QCD: POTENTIAL between (infinitely) Heavy Quarks “new” charmonia COUPLED CHANNELS DYNAMICS STRING BREAKING ... a prime case for PANDA @ FAIR W. Weise

  10. C.S. Fischer

  11. Charm mesons from constituent quark model theory exp. T.-J. Kuhn und B. Metsch

  12. beyond quark model Phys. Lett. B582, 39 and Nucl. Phys. A733, 142

  13. arXiv:0710.1545 [hep-ph]

  14. Fäßler, Gutsche, Lyubovitskij, Kovalenko, Ma M.F.M.L. & M. Soyeur

  15.  Ds(0+,1+) Ds(0+,1+) Ds(0+,1+) Ds(0+,1+) M.F.M.L. & M. Soyeur    arXiv:0710.1545 [hep-ph] Ds(0+,1+)

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