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\usepackage{mathtools}
\usepackage{ulem}
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\usepackage{mciteplus}

\begin{document}
\resizebox{\textwidth}{!}{
\begin{tabular}{lS[table-auto-round,table-format=1.3]@{\,\( \pm \)\,}S[table-auto-round,table-format=1.3]@{\,\( \pm \)\,}S[table-auto-round,table-format=1.3]S[table-auto-round,table-format=3.2]@{\,\( \pm \)\,}S[table-auto-round,table-format=1.2]@{\,\( \pm \)\,}S[table-auto-round,table-format=1.2]S[table-auto-round,table-format=3.2]@{\,\( \pm \)\,}S[table-auto-round,table-format=1.2]@{\,\( \pm \)\,}S[table-auto-round,table-format=1.2]}
\toprule
{Amplitude}  & \multicolumn{3}{c}{$|\tilde{c}_k|$} & \multicolumn{3}{c}{$\arg(\tilde{c}_k)$ [rad]} & \multicolumn{3}{c}{Fit fraction [\%]} \\ \midrule
$D^0 \rightarrow [\phi(1020)\rho(770)^0]_{L=0}$ 	 	 & \multicolumn{3}{c}{1 (fixed)} 	 & 	 \multicolumn{3}{c}{0 (fixed)} 	 & 	 92.546287 	 & 	 0.46298338& 	 0.275463867603 \\ 
$D^0 \rightarrow [\phi(1020)\omega(782)]_{L=0}$ 	 &0.11355 	 & 	 0.00444098 	 & 	 0.0031618524758 	 & 	 1.30064 	 & 	 0.0422617 	 & 	 0.0360786427055 	 & 	 1.4161069 	 &  0.10606457 & 	 0.0408208402451 \\ \midrule
 	& \multicolumn{6}{r}{Sum of fit fractions} 	 &  	 93.96 	 & 	 0.40 	 & 	 0.28   \\ 

\\ \midrule
$D^0 \rightarrow [\phi(1020)\rho(770)^0]_{L=1}$ 	  	 & \multicolumn{3}{c}{1 (fixed)} 	 & 	 \multicolumn{3}{c}{0 (fixed)} 	 & 	 83.111722 	 & 	 4.1073466& 	 1.69575270894 \\ 
$D^0 \rightarrow [\phi(1020)\omega(782)]_{L=1}$	 &0.253818 	 & 	 0.0515847 	 & 	 0.0176131132714 	 & 	 1.31639 	 & 	 0.193714 	 & 	 0.0687018754566 	 & 	 4.3336918 	 &  1.5767466 & 	 0.515257237739 \\ \midrule
 	& \multicolumn{6}{r}{Sum of fit fractions} 	 &  	 87.45	 & 	 2.99 	 & 	 1.78   \\ 

\\ \midrule
$D^0 \rightarrow [\phi(1020)\rho(770)^0]_{L=2}$ 		 & \multicolumn{3}{c}{1 (fixed)} 	 & 	 \multicolumn{3}{c}{0 (fixed)} 	 & 	 94.638866 	 & 	 1.6899223& 	 0.777958073703 \\ 
$D^0 \rightarrow [\phi(1020)\omega(782)]_{L=2}$	 &0.162457 	 & 	 0.0317563 	 & 	 0.0137173328957 	 & 	 1.49845 	 & 	 0.167493 	 & 	 0.0593690439742 	 & 	 0.7120005 	 &  0.2700828 & 	 0.116227863943 \\ \midrule
 	& \multicolumn{6}{r}{Sum of fit fractions} 	 &  	 95.35 	 & 	 1.54 	 & 	 0.79 	 \\ 

\\ \midrule
$D^0 \rightarrow [K^+K^-]_{L=0}\rho(770)^0$ 	 	 & \multicolumn{3}{c}{1 (fixed)} 	 & 	 \multicolumn{3}{c}{0 (fixed)} 	 & 	 85.411894 	 & 	 5.8949219&  3.49228154062 \\ 
$D^0 \rightarrow [K^+K^-]_{L=0}\omega(782)$	 &0.494178 	 & 	 0.0977038 	 & 	 0.0982925395904 	 & 	 -0.954386 	 & 	 0.185513 	 & 	 0.149180587947 	 & 	 9.2421845 	 &  3.2585626 & 	 3.64153481408 \\ \midrule
 	& \multicolumn{6}{r}{Sum of fit fractions} 	 &  	 94.65 	 & 	 5.03 	 & 	 5.04  \\ 

\\ \midrule
$K_1(1270)^+ \rightarrow [\rho(770)^0K^+]_{L=0}$ 		 & \multicolumn{3}{c}{1 (fixed)} 	 & 	 \multicolumn{3}{c}{0 (fixed)} 	 & 	 139.02732 	 & 	 1.9808632& 	 3.80580772455 \\ 
$K_1(1270)^+ \rightarrow [\omega(782)K^+]_{L=0}$	 &0.159107 	 & 	 0.012062 	 & 	 0.0108237354399 	 & 	 1.36445 	 & 	 0.0736758 	 & 	 0.0566620657172 	 & 	 1.5182573 	 &  0.22047933 & 	 0.190984352188 \\ \midrule
 	& \multicolumn{6}{r}{Sum of fit fractions} 	 &  	 140.55 	 & 	 1.90 	 & 	 3.81 	 \\ 
\bottomrule
\end{tabular}
}
rhoomega.tex
\end{document}
