London dispersion interactions 1 arise from instantaneous dipole moments in the electron distribution of separated atoms or molecules, creating a universally attractive force between them. Although these interactions are generally weak, they play an integral role in the structure and dynamics of condensed matter due to their ubiquitous nature. In the field of biophysics, London dispersion is a critical element in lipid structure, membrane permeation, protein folding, protein-ligand binding, and nucleic acid structure. In materials science, London dispersion contributes to lattice energies, crystal packing, and surface adsorption. The potential energy of the London dispersion interaction between atoms i and j can be expressed as a multipolar expansion, 17