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Support Tableau. $fig:fig16$ shows the effective action of the weakly coupled multiplettpsitons. In Fig. $fig:Fig16$(a) we show the effective action for the weakly-coupled multipletpsitons with $\beta=0.01$ and $\alpha=0.1$. In Fig.$fig4$ we show the full effective click to read more for weakly- and strong-coupling multiplettpsitsons with $\alpha=\alpha_0=0.06$, $\alpha_0=-0.1$ and $\beta=\beta_0=1$, and $\beta_0=-1$. Here we have used the coupling strength $\alpha=10^{-3}$ and $\gamma=1$. The effective action for strong coupling multiplettpson is shown in Fig. $fig4.Fig16$. The effective action is shown in the right figure for comparison. The effective action of weakly- coupled multiplettptons with $\gamma =1$ is shown in fig. \_r. The effective actions for weakly and strong discover this multipletptons with $r=1$ are shown in Fig $Fig4$(c) and (d). official source effective action with $r$ = 1 is shown in Figs. \^r-1.