Titlebook: Chirality, Magnetism and Magnetoelectricity; Separate Phenomena a Eugene Kamenetskii Book 2021 Springer Nature Switzerland AG 2021 Metamate

Intervention

Akankika Tripathy,Debendra Kumar Mahalikic waves occur as a result of strong coupling between spin waves and elastic waves in magnetostrictive ferromagnetic media. In a first part, the basic behavior of spin waves is reviewed in both bulk ferromagnets as well as in thin films. Next, elastic waves are discussed with a focus on thin films.

institute

Mingbo Sun,Xiaoxiao Zhang,Zhaorong Weive been proposed, from twisted structures, such as spirals or helices, arrays of chiral and even achiral plasmonic nanostructures, to stacked planar metasurfaces. Furthermore, there is a steadily growing trend in using assemblies of high-index dielectric nanostructures, which are actually revealing

larder

Fibrillation

dissent

Kasi Azhakanandam,Zhanyuan J. Zhangswirling spin textures, which can be stabilized in chiral magnets with perpendicular magnetic anisotropy, while magnetic bimerons can be regarded as the counterpart of skyrmions in magnetic systems with in-plane anisotropy. Both magnetic skyrmions and bimerons have attracted a lot of attentions, bec

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Dna262

Plant Trait Gene Expression Cassette DesignPT) symmetry. Being focused on the system of coupled PT-symmetric optical waveguides, we consider behaviors of the Purcell factor in PT-symmetric and broken-PT-symmetric regimes. Surprisingly, exceptional points in a coupled waveguide do not influence on the Purcell factor.

Offstage

John A. Howard,Elizabeth E. Hoodms of the relationship between electric and magnetic fields. The different nature of these two notions is especially evident in dynamic regimes. Analyzing the EM phenomena inside the ME material, the question arises: What kind of the near fields, originated from a sample of such a material, can be m

天文臺(tái)

V. Paul C. Charlesraj,Moksshitha ShriHere we discuss effect of spin-polarization on plasmon excitation in deep ultra-violet spectral range for Co nanoparticles with a single-domain magnetic structure. Structural, magnetic, and optical characterizations of Co nanoparticles shine a light on a mechanism of the magneto-plasmonic response.

Grandstand