V. A. Yampol’skii

Layered superconductors as negative-refractive-index metamaterials

We analyze the use of layered superconductors as strongly anisotropic metamaterials, which can possess negative-refractive-index in a wide frequency range. Superconductors are of particular interest because they have the potential to support low losses, which is critical for applications such as super-resolution imaging. We show that low-

Surface plasma waves across the layers of intrinsic Josephson junctions

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Instability of the magnetization reversal front in superconductors with a nonlinear anisotropic current-voltage characteristic

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Features of the electromagnetic absorption in high‐Jc melt‐textured samples

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Josephson plasma oscillations in confined layered superconductors

-wave) superconductors can be used to construct layered heterostructures with low losses for

Development of macroturbulent instability in a YBCO single crystal

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Hysteretic jumps in the response of layered superconductors to electromagnetic fields

. However, the real part of their in-plane effective permittivity is very large, making coupling into the structure difficult. Moreover, even at low temperatures, layered high-

The instability of the front of magnetization reversal in anisotropic superconductors

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Thermoelectric instability induced by single pulses and alternating currents in second-generation superconducting tapes

superconductors have a large in-plane normal conductivity, producing large losses (due to

Role of structural anisotropy in electrodynamics of single domain textured crystals

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