hadronic atom and its production in and collisions
arXiv:2111.13496 · doi:10.1103/PhysRevD.105.034024
Abstract
There must be Coulomb bound states of a pair of hadrons, which are stable against the strong interaction, with opposite electric charges. Such bound states are hadronic atoms. We study the properties and the production of the ground-state hadronic atom , called dionium, with quantum numbers . Using a nonrelativistic effective field theory for the - coupled-channel system, the mass of the ground-state dionium is predicted to be , with the binding energy reduced by about 10% compared to the Coulomb binding energy due to the strong interaction. Its width for the decay into the neutral channel is predicted to be keV using lattice inputs for the strong interaction. The cross section for the inclusive prompt production of the dionium at CMS and LHCb and that for the direct production at PANDA are estimated at an order-of-magnitude level. In particular, we expect that events of the reaction chain can be collected at PANDA, and valuable information on the charmed meson interaction and on understanding charmoniumlike states will be obtained.
arXiv comment25 pages, 5 figures. Version to appear in Phys. Rev. D
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