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The strong $D_{2}^{*}(2460)^{0}\rightarrow D^+ \pi^- $ and$D_{s2}^{*}(2573)^{+}\rightarrow D^{+} K^{0}$ transitions are analyzed viathree point QCD sum rules. First, we calculate the corresponding strongcoupling constants $g_{D_2^*D\pi}$ and $g_{D_{s2}^*DK}$. Then, we use them tocalculate the corresponding decay widths and branching ratios. Making use ofthe existing experimental data on the ratio of the decay width in thepseudoscaler $D$ channel to that of the vector $D^*$ channel, finally, weestimate the decay width and branching ratio of the strong $D_2^*(2460)^0\rightarrow D^*(2010)^+\pi^-$ transition.

Analysis of the strong $D_{2}^{*}(2460)^{0}\rightarrow D^+ \pi^- $ and $D_{s2}^{*}(2573)^{+}\rightarrow D^{+} K^{0}$ transitions via QCD sum rules

Analysis of the strong $D_{2}^{}(2460)^{0}\rightarrow D^+ \pi^- $ and $D_{s2}^{}(2573)^{+}\rightarrow D^{+} K^{0}$ transitions via QCD sum rules