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The loss mechanisms of slow interface waves in the layered resonant media areexamined and illustrated by the examples of (i) surface plasmon polaritons inan isotropic plasma layer, (ii) magnetoplasmons in magnetised plasma and (iii)spin waves in ferrimagnetic layers. It is shown that losses of all theseinterface waves grow at the same rate of Im(gamma) ~ Re(gamma^3), where gammais the wavenumber. These abnormal losses are caused by vortices of the powerflow of the interface waves near their resonance cut-off. The basic propertiesof the slow interface waves discussed in the paper are inherent to the waves ofhyperbolic type in the layered resonant media.

Losses of Interface Waves in Plasmonic and Gyrotropic Structures