From the Deuteron to Deusons, an Analysis of Deuteronlike Meson-Meson Bound States
arXiv:hep-ph/9310247 · doi:10.1007/BF01413192
Abstract
A systematic study of possible deuteronlike two-meson bound states, {\it deusons}, is presented. Previous arguments that many such bound states may exist are elaborated with detailed arguments and numerical calculations including, in particular, the tensor potential. In the heavy meson sector one-pion exchange alone is strong enough to form at least deuteron-like and composites bound by approximately 50 MeV. Composites of and states bound by pion exchange alone are expected near the thresholds, while in the light meson sector one generally needs some additional short range attraction to form bound states. The quantum numbers of these states are I=0, In one predictss the states: , and in one finds the states: . Near the threshold the states: are predicted, and near the threshold one finds the states: . Within the light meson sector pion exchange gives strong attraction for and systems with quantum numbers where the best non- candidates exist, although pion exchange alone is not strong enough to support such bound states.
24pages in latex, 6 figures (not included), HU-SEFT R 1993-12
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