We utilized three DSG systems that had the same number of C and O atoms but varied in the number of added protons. All DSG systems comprised 24 C atoms, with the number of added protons ranging from zero to two. Naming conventions were established to identify the types of DSG used in our studies. The system depicted in Figure is denoted as "u24C", where "u" represents uncharged and "24C" denotes the 24 carbon atoms in the DSG system. Adding one proton (+1e charge) to one side of "u24C" creates "1c24C", with "c" representing the added charge. Adding another proton on the opposite side of "1c24C" results in "2c24C", which has a total charge of +2e. This naming convention is consistently used throughout the paper. Initially, we attempted to use the DP developed for SSG on our DSG system. However, we discovered that the DP produced unrealistic outcomes for DSG. Although the atom types in SSG and DSG are identical, we found that the DP generated for SSG was inaccurate for DSG. This is likely due to the limited transferability and generalizability of DPs and most other ML potentials. A new DP for DSG was trained using the DeePMD [27-32] formalism with active learning (from DP-GEN) . Details regarding the training data used to build the DP are provided in the Methods section.