We argue that the heavy quark spin symmetry can lead to important consequences for heavy flavor hadronic molecules It can be used to predict new heavy flavor hadronic molecules and hence provides a method to identify the nature of some newly observed exotic hadrons For example, if the Y(4660) were an S-wave psi'f(0)(980) shallow bound state, then the mass, width and line shape of its spin partner are predicte
We revisit the consequences of the heavy-quark spin symmetry for the possible spin partners of the X...
AbstractWe revisit the consequences of the heavy-quark spin symmetry for the possible spin partners ...
We propose an effective field theory incorporating light SU(3)-flavor and heavy quark spin symmetry ...
In recent years, many heavy mesons and charmonia were observed which do not fit in the conventional ...
Among the newly observed structures in the heavy-quarkonium mass region, some have been proposed to ...
Many of the new structures observed since 2003 in experiments in the heavy quarkonium mass region, s...
The possibility for a common effective field theory for hadronic molecules with different heavy-quar...
In order to test different models proposed for some states discovered recently in the charmonium mas...
In this work we study the properties of hadronic molecules in the heavy-quark sector. These have bec...
The spectrum of heavy-hadron molecules is constrained by heavy-quark symmetry in its different manif...
New symmetries of the strong interactions appear in heavy quark physics. They can be used to predict...
International audienceA recent analysis by the LHCb Collaboration suggests the existence of three na...
We proposed a unified framework to describe the interactions of the observed $T_{cc}$, $P_c$, and $P...
In this contribution we consider the theoretical description of heavy mesonantimeson molecules from ...
We revisit the consequences of the heavy-quark spin symmetry for the possible spin partners of the X...
AbstractWe revisit the consequences of the heavy-quark spin symmetry for the possible spin partners ...
We propose an effective field theory incorporating light SU(3)-flavor and heavy quark spin symmetry ...
In recent years, many heavy mesons and charmonia were observed which do not fit in the conventional ...
Among the newly observed structures in the heavy-quarkonium mass region, some have been proposed to ...
Many of the new structures observed since 2003 in experiments in the heavy quarkonium mass region, s...
The possibility for a common effective field theory for hadronic molecules with different heavy-quar...
In order to test different models proposed for some states discovered recently in the charmonium mas...
In this work we study the properties of hadronic molecules in the heavy-quark sector. These have bec...
The spectrum of heavy-hadron molecules is constrained by heavy-quark symmetry in its different manif...
New symmetries of the strong interactions appear in heavy quark physics. They can be used to predict...
International audienceA recent analysis by the LHCb Collaboration suggests the existence of three na...
We proposed a unified framework to describe the interactions of the observed $T_{cc}$, $P_c$, and $P...
In this contribution we consider the theoretical description of heavy mesonantimeson molecules from ...
We revisit the consequences of the heavy-quark spin symmetry for the possible spin partners of the X...
AbstractWe revisit the consequences of the heavy-quark spin symmetry for the possible spin partners ...
We propose an effective field theory incorporating light SU(3)-flavor and heavy quark spin symmetry ...
DOI
Add to ORKG