A well-posed surface currents and charges system for electromagnetism in dielectric media

Comparison of integral equations for the Maxwell transmission problem with general permittivities

“…Focus has been on avoiding densemesh and topological low-frequency breakdown, on avoiding false resonances, and on providing unique solutions for wider ranges of material parameters. Among later contributions we mention [10,12,13,19,22,25,26,33].…”

“…This is more than other popular IERs use. Typical numbers are four [10,25,27,28,34] or six [12,26,33]. The major advantage with our new IERs, however, is that they offer unique solutions, that is they are free from false eigenwavenumbers, in particular for plasmonic scattering.…”

Comparison of integral equations for the Maxwell transmission problem with general permittivities

“…This is more than other popular IERs use. Typical numbers are four [6,17] or six [7,18,21]. The major advantage with our new IERs, however, is that they offer unique solutions, that is they are free from false eigenwavenumber pairs, for a wider range of material parameters than do other IERs.…”