Abstract
We study the probability of spontaneous emission enhancement of the dipole emitter imbedded in the stratified metal-dielectric metamaterial, characterized by the hyperbolic isofrequency surface. We analyze the performance of finite-difference time-domain (FDTD) method implementations for a 3D simulation of the spontaneous emission of the dipole source embedded in the metal dielectric stratified media. We discuss boundary conditions applicability.

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