Lowest Open Channels, Bound States, and Narrow Resonances of Dipositronium
Abstract
The constraints imposed by symmetry on the open channels of dipositronium has been studied, and the symmetry-adapted lowest open channel of each quantum state has been identified. Based on this study, the existence of two more 0+ bound states has been theoretically confirmed, and a 0+ narrow resonance has been predicted. A variational calculation has been performed to evaluate the critical strength of the repulsive interaction . Two 0- states are found to have their critical strengths very close to 1, they are considered as candidates of new narrow resonances or loosely bound states .
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