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Piercing of domain walls: new mechanism of gravitational radiation

© 2018, The Author(s). Domain wall (DW) moving in media undergoes the friction force due

Looking at the NANOGrav signal through the anthropic window of axionlike particles

Sakharov A.S., Eroshenko Y.N., Rubin S.G.

We explore the inflationary dynamics leading to formation of closed domain walls in course

Classical transitions with the topological number changing in the early Universe

only one minimum. These non-trivial field configurations represent domain walls in the three

Inhomogeneous broadening of the EPR signal of Yb3+ ions in domain walls of lightly doped antiferromagnetic cuprates

Vishina A., Maisuradze A., Shengelaya A., Kochelaev B., Keller H.

domain walls. Our theoretical analysis of the inhomogeneous EPR broadening due to the local

Inhomogeneous broadening of the EPR signal of Yb3+ ions in domain walls of lightly doped antiferromagnetic cuprates

Vishina A., Maisuradze A., Shengelaya A., Kochelaev B., Keller H.

domain walls. Our theoretical analysis of the inhomogeneous EPR broadening due to the local

Self-organization of the magnetization in ferromagnetic nanowires

Ivanov, A. A., Orlov, V. A.

of magnetization unrelated to the domain wall or crystallite size with using computer simulation of magnetization

О сверхзвуковом течении газа в плоском канале с осциллирующей верхней стенкой

Перчаткина, Елизавета Владимировна

wall has practically no effect on the flow within the domain.

On the Effect of Magnetostatic Interaction on the Collective Motion of Vortex Domain Walls in a Pair of Nanostripes

Орлов, Виталий Александрович, Иванов, Анатолий Александрович, Орлова, Ирина Николаевна

The periodic motion of interacting vortex domain walls in a pair of nanostripes has been

Observation of intrinsic Magnus force and direct detection of chirality in superfluid3He-A

Ikegami H., Tsutsumi Y., Kono K.

, which was reasonably explained by the formation of the chiral domain structure and the dynamics

Spin Texture and Spin Dynamics in Superconducting Cuprates Near the Phase Transition Revealed by the Electron Paramagnetic Resonance

attributed to formation of charged domain walls. A theoretical analysis is well consistent with experimental

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