Decomposition of the linear magnetoelectric tensor into trace, symmetric-traceless, and antisymmetric sectors reveals distinct propagation signatures, with the trace sector silent, the antisymmetric sector factorizing into closed-form speeds, and the symmetric-traceless sector controlling the Fresel
Matagne, Algebraic decomposition of the elec- tromagnetic constitutive tensor
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Propagation-based classification of linear magnetoelectric response in dielectrics
Decomposition of the linear magnetoelectric tensor into trace, symmetric-traceless, and antisymmetric sectors reveals distinct propagation signatures, with the trace sector silent, the antisymmetric sector factorizing into closed-form speeds, and the symmetric-traceless sector controlling the Fresel