All Stories

  1. T bbb : A three B -meson bound state
  2. Width of a two-body coupled-channel resonance
  3. Stability of Heavy Tetraquarks
  4. Stable heavy pentaquarks in constituent models
  5. Three-body systems with open flavor heavy mesons
  6. Effect of thresholds on the width of three-body resonances
  7. system
  8. Multiquark study of exotic open bottom baryonic states
  9. String dynamics and metastability of all-heavy tetraquarks
  10. Search for doubly-heavy dibaryons in a quark model
  11. Maximal isospin few-body systems of nucleons andΞhyperons
  12. Hadronic molecules with aD¯meson in a medium
  13. Hadronic resonances enhanced by thresholds
  14. D*ΞNbound state in strange three-body systems
  15. Deeply bound Ξ tribaryon
  16. J = 3 / 2 charmed hypertriton
  17. Heavy flavor dibaryons
  18. LightΞhypernuclei
  19. Constituent-quark model description of triply heavy baryon nonperturbative lattice QCD data
  20. TheNΛΛ–ΞNNbound state problem with $N\Lambda \Sigma $ and $N\Sigma \Sigma $ channels
  21. Heavy-baryon quark model picture from lattice QCD
  22. Unraveling the pattern of the XYZ mesons
  23. The $N\Lambda \Lambda -\Xi NN$ bound state problem
  24. Multiquark contributions to charm baryon spectroscopy
  25. Pion-assisted charmed dibaryon candidate
  26. Heavy baryon spectroscopy with relativistic kinematics
  27. Nonexistence of aΛnnbound state
  28. ΔΔ ABC partner in theND̅system
  29. Multiquark Systems
  30. Heavy hadron spectroscopy: A quark model perspective
  31. HEAVY HADRON SPECTROSCOPY: A QUARK MODEL PERSPECTIVE
  32. Garcilazo and Valcarce Reply:
  33. Adiabaticity and color mixing in tetraquark spectroscopy
  34. THE RENEWED CHALLENGE OF THE H DIBARYON
  35. Strangeness−2Hypertriton
  36. Stability of Multiquarks in an Improved Flip-Flop Model of Confinement
  37. Too many X’s, Y’s and Z’s?
  38. ND¯system: A challenge forP¯ANDA
  39. Examination of the H dibaryon within a chiral constituent quark model
  40. Too many Xʼs, Yʼs and Zʼs?
  41. Stability of hexaquarks in the string limit of confinement
  42. Quark-model study of the hadron structure and the hadron-hadron interaction
  43. Doubly charmed exotic mesons: A gift of nature?
  44. Preface
  45. ON THE NATURE OF THE X(3872)
  46. Double Charmed and Charmless Four-Quark States
  47. Strangeness −2 two-baryon systems
  48. Charged charmonium molecules
  49. Molecular and compact four-quark states
  50. Unveiling charmonium molecules
  51. Meson-Meson molecules and compact four-quark states
  52. Hidden and open charm meson spectrum
  53. Charmonium molecules?
  54. Charmonium Spectroscopy above Thresholds
  55. Tetraquark Spectroscopy: A Symmetry Analysis
  56. Probabilities in nonorthogonal bases: Four-quark systems
  57. The
  58. Exotic meson-meson molecules and compact four-quark states
  59. Screened potential and quarkonia properties at high temperatures
  60. Four-Quark Stability
  61. SIMULATION OF SYMMETRIC NUCLEI AND THE ROLE OF PAULI POTENTIAL IN BINDING ENERGIES AND RADII
  62. Multiquark description of the D s J ( 2860 ) and D s J ( 2700 )
  63. On the existence of exotic and non-exotic multiquark meson states
  64. Quark-model hadron structure
  65. Towards an understanding of heavy baryon spectroscopy
  66. Meson-baryon threshold effects in the light-quark baryon spectrum
  67. π B 8 B 8 and σ B 8 B 8 couplings from a chiral quark potential model
  68. Binding energies and modelling of nuclei in semiclassical simulations
  69. Bmeson spectroscopy
  70. Recent issues in heavy-light meson spectroscopy
  71. Hadron physics: a quark-model analysis
  72. Stability of multiquarks in a simple string model
  73. ndscattering lengths from a quark-model basedNNinteraction
  74. Are there compact heavy four-quark bound states?
  75. Docc¯nn¯bound states exist?
  76. Λ NN and Σ NN systems at threshold. II. The effect of D waves
  77. Symmetry patterns in the (N, Δ) spectrum
  78. Multiquark structures in heavy-light meson systems
  79. Hyperspherical harmonic study of identical-flavor four-quark systems
  80. Faddeev study of heavy-baryon spectroscopy
  81. Λ NN and Σ NN systems at threshold
  82. A SU(4)⊗O(3) scheme for nonstrange baryons
  83. The puzzle of the D and Ds mesons
  84. Nucleon sigma term and quark condensate in nuclear matter
  85. UNDERSTANDING OPEN-CHARM MESONS
  86. HYPERSPHERICAL HARMONIC FORMALISM FOR TETRAQUARKS
  87. Erratum: Open-charm meson spectroscopy [Phys. Rev. D 73 , 034002 (2006)]
  88. Dynamical study ofQQ–u¯d¯mesons
  89. Spectral patterns in the nonstrange-baryon spectrum
  90. Strange tribaryons
  91. Four-quark spectroscopy within the hyperspherical formalism
  92. Open-charm meson spectroscopy
  93. Spectroscopy of doubly charmed baryons
  94. Scalar Mesons As A Mixing Of Two And Four Quark States
  95. Scalar Mesons and the Valence Quark Model
  96. Recent results on charm spectroscopy
  97. Diquark-diquark correlations in the S 0 1 Λ Λ potential
  98. Constituent quark model study of light- and strange-baryon spectra
  99. Nature of the light scalar mesons
  100. Constituent quark model study of the meson spectra
  101. DESCRIPTION WITH A SCREENED POTENTIAL
  102. Quark-model study of few-baryon systems
  103. TOWARDS THE UNDERSTANDING OF THE MESON SPECTRA
  104. DESCRIBING NON- CANDIDATES
  105. The nature of the light scalar mesons
  106. The meson spectra beyond a qq̄ description
  107. Spectroscopy of doubly charmed baryons
  108. Screened potential and the baryon spectrum
  109. Tetraquarks in a chiral constituent-quark model
  110. A microscopic NN → NN ⋆(1440) potential
  111. Chiral quark model with relativistic kinematics
  112. Heavy meson description with a screened potential
  113. QCD CONFINEMENT AND MISSING BARYONS
  114. πNN*(1440) AND σNN*(1440) COUPLING CONSTANTS FROM A MICROSCOPIC NN → NN*(1440) POTENTIAL
  115. Two-nucleon system above pion threshold: Quark model study
  116. Deuteron NN * ( 1440 ) components from a chiral quark model
  117. Microscopic N N → NN * ( 1440 ) transition potential: Determination of π NN * ( 1440 ) and σ NN * ( 1440 ) coupling constants
  118. Extended van Royen–Weisskopf formalism for lepton–antilepton meson decay widths within nonrelativistic quark models
  119. Nonlocal calculation for nonstrange dibaryons and tribaryons
  120. Quark-model based study of the triton binding energy
  121. Effect of higher orbital angular momenta in the baryon spectrum
  122. Baryon spectrum in the chiral constituent quark model
  123. study of meson decays in a chiral quark model
  124. ΔΔ and ΔΔΔ bound states
  125. Chiral quark model of the NN system within a Lippmann-Schwinger resonating group method
  126. Chiral quark cluster model description of isospin violation in the nuclear force
  127. Chiral quark cluster model approach to the baryon spectra and the NN interaction
  128. Charge dependence and charge asymmetry of nuclear forces in chiral quark cluster models
  129. Light meson spectra and chiral quark cluster models
  130. Bound-state problem of the N Δ and N Δ Δ systems
  131. Quark Pauli effects in the nonstrange two baryon systems
  132. Bound states of ΔΔ and ΔΔΔ systems
  133. Does the quark cluster model predict a J P = 0 − isospin-2 dibaryon resonance?
  134. Mass and width of the d ′ resonance in nuclei
  135. A chiral quark model and the spin observables in nucleon-nucleon scattering
  136. A consistent study of the the low energy baryon spectrum and the nucleon-nucleon interaction within the chiral quark model
  137. Quark cluster model study of isospin-2 dibaryons
  138. Microscopic description of the nucleon-Δ interaction in the quark cluster model
  139. Spin-orbit force in a quark model based nucleon-nucleon potential
  140. Influence of the 5D0 nucleon-Δ channel on the 1S0 nucleon-nucleon phase shift in a quark model
  141. Can one simultaneously describe the deuteron properties and the nucleon-nucleon phase shifts in the quark cluster model?
  142. Effects of a quark-model-based nucleon-Δ potential on the two-nucleon system above pion threshold
  143. A quark-model description of the Δ-production in proton-proton collisions
  144. The nucleon-nucleon interaction in terms of quark degrees of freedom
  145. Quark antisymmetrization effects in nonidentical hadron systems
  146. p(n, p)n and p(p, Δ++)n charge-exchange reactions in a constituent quark model