Within the chiral constituent quark model of Glozman and Riska, we discuss the stability of heavy pentaquarks, i.e. hadrons containing four light quarks and a heavy antiquark. The spin-dependent part of the Hamiltonian is dominated by the short-range part of the Goldstone-boson-exchange interaction. We find that these systems are not bound, having an energy above the lowest dissociation threshold into a baryon and a meson
6 pages. To be published in Phys. Rev. DInternational audienceWe study the stability of hexaquark sy...
We discuss the stability of multiquark systems containing heavy flavours. We show that the Goldstone...
We discuss the stability of multiquark systems within the recent model of Glozman et al. where the c...
Within the chiral constituent quark model of Glozman and Riska, we discuss the stability of heavy pe...
Within the chiral constituent quark model of Glozman and Riska, we discuss the stability of heavy pe...
We discuss the stability of multiquark systems within the recent model of Glozman et al. where the c...
International audienceIt is shown that standard constituent quark models produce (c¯cqqq) hidden-cha...
We analyze the possibility of heavy-light tetraquark bound states by means of a chiral constituent-q...
We use a constituent model to analyze the stability of pentaquark Q¯qqqq configurations with a heavy...
The splittings between positive parity pentaquarks containing a single heavy (c,b) antiquark and fou...
International audienceWe discuss the stability of multiquark systems within the recent model of Gloz...
We discuss the stability of multiquark systems within the recent model of Glozman et al. where the c...
We discuss the stability of hexaquark systems of type uuddsQ (Q=c or b) within a chiral constituent ...
We discuss certain general features of the pentaquark picture for the theta, its 10bar_F partner, Xi...
Using the SU(3) flavor symmetry, we construct the effective chiral Lagrangians for the light and hea...
6 pages. To be published in Phys. Rev. DInternational audienceWe study the stability of hexaquark sy...
We discuss the stability of multiquark systems containing heavy flavours. We show that the Goldstone...
We discuss the stability of multiquark systems within the recent model of Glozman et al. where the c...
Within the chiral constituent quark model of Glozman and Riska, we discuss the stability of heavy pe...
Within the chiral constituent quark model of Glozman and Riska, we discuss the stability of heavy pe...
We discuss the stability of multiquark systems within the recent model of Glozman et al. where the c...
International audienceIt is shown that standard constituent quark models produce (c¯cqqq) hidden-cha...
We analyze the possibility of heavy-light tetraquark bound states by means of a chiral constituent-q...
We use a constituent model to analyze the stability of pentaquark Q¯qqqq configurations with a heavy...
The splittings between positive parity pentaquarks containing a single heavy (c,b) antiquark and fou...
International audienceWe discuss the stability of multiquark systems within the recent model of Gloz...
We discuss the stability of multiquark systems within the recent model of Glozman et al. where the c...
We discuss the stability of hexaquark systems of type uuddsQ (Q=c or b) within a chiral constituent ...
We discuss certain general features of the pentaquark picture for the theta, its 10bar_F partner, Xi...
Using the SU(3) flavor symmetry, we construct the effective chiral Lagrangians for the light and hea...
6 pages. To be published in Phys. Rev. DInternational audienceWe study the stability of hexaquark sy...
We discuss the stability of multiquark systems containing heavy flavours. We show that the Goldstone...
We discuss the stability of multiquark systems within the recent model of Glozman et al. where the c...