\begin{document}$ ^6 $\end{document}Li(\begin{document}$ ^{16} $\end{document}O,\begin{document}$ ^{19} $\end{document}Ne\begin{document}$ ^* $\end{document})\begin{document}$ ^3 $\end{document}H multi-nucleon transfer-reaction experiment was performed to populate the highly excited states in \begin{document}$ ^{19} $\end{document}Ne. The subsequent decay particles, \begin{document}$ ^4 $\end{document}He or protons from the \begin{document}$ ^{19} $\end{document}Ne resonant states, were detected in coincidence with the recoil \begin{document}$ ^3 $\end{document}H. The excitation-energy spectra of \begin{document}$ ^{19} $\end{document}Ne were reconstructed using the detected proton or \begin{document}$ ^4 $\end{document}He and the deduced \begin{document}$ ^{18} $\end{document}F or \begin{document}$ ^{15} $\end{document}O data, respectively. A broad resonance at about 7.85 MeV (1/2\begin{document}$ ^+ $\end{document}) was observed, with partial decay widths different from the previously reported values, which may have a significant impact on the destruction of \begin{document}$ ^{18} $\end{document}F in astrophysical processes. Several resonances up to very high excitation energies have been identified with a large α-clustering strength, which confirm the formation of the cluster structure with a one-hole configuration in light nuclei and encourage further systematic studies of the cluster structure in \begin{document}$ ^{19} $\end{document}Ne."> New measurement of <sup>4</sup>He and proton decays from resonant states in <sup>19</sup>Ne -
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