Abstract

The resonance DsJ(2632)D_{sJ}(2632) observed by SELEX, has attracted great interests and meanwhile brought up serious dispute. Its spin-parity, so far has not finally determined and if it exists, its quark-structure might be exotic. Following the previous literature where DsJ(2632)D_{sJ}(2632) is assumed to be a radial-excited state of 1−1^-, we consider the possibilities that it might be a qqˉq\bar q ground state of 2+2^+ or the first radial-excited state of 0+0^+ DsJ(2317)D_{sJ}(2317) and re-calculate its strong decay widths in terms of the Bethe-Salpeter equation. Our results indicate that there still is a sharp discrepancy between the theoretical evaluation and data.

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