Tuning asymmetries in charged dielectric spheres cancels polarization contributions at contact, making the interaction reduce to the bare Coulomb form as shown by extended image-charge calculations and many-body simulations.
Comparison of efficient techniques for the simulation of dielectric objects in electrolytes
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Designing Coulombic Contact Interactions between Polarizable Particles through Asymmetry
Tuning asymmetries in charged dielectric spheres cancels polarization contributions at contact, making the interaction reduce to the bare Coulomb form as shown by extended image-charge calculations and many-body simulations.