On physical analysis of degree-based entropy measures for metal–organic superlattices

Two-dimensional materials have fascinated extensive attention due to their novel optical and mechanical properties for prospective applications. In (QSPR/QSAR) studies, the biological activity of underlying structure is associated with physical properties of structure by using topological indices. A huge spectrum of topological indices is available, among which the degree-based indices are used in this study. These indices have substantial iteration with the total π -electron energy. Moreover, we measure the graph entropies to obtain the structural information of two-dimensional trans -Pd– ( NH 2 ) S lattice and a metal–organic superlattice.