Low field harmonic voltage model
To quantitatively analyze magnonic SOTs, we extended the macro-spin model to describe both the longitudinal and transverse harmonic voltages within the low magnetic field range. Considering an epitaxial FM layer…
To quantitatively analyze magnonic SOTs, we extended the macro-spin model to describe both the longitudinal and transverse harmonic voltages within the low magnetic field range. Considering an epitaxial FM layer…
The quantum double model is an exactly solvable lattice model that is designed based on the Drinfeld quantum double of a finite group G6. We abuse the notation and denote both the quantum model and the Drinfeld…
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As a possible implementation, we considered a square-shaped device in the (x, z) plane of size \(L_x = L_z = L = 1 \mu\)m (Fig. 1a) and divide it into three regions, corresponding to the continuation of the left lead (
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Adhit, K. K.,…
The unique two-dimensional (2D) kagome lattice composed of corner-sharing triangles is a fascinating geometric configuration (Fig. 1a). Decorating kagome lattice by adding atoms to its sites, which introduces…
A scanning tunelling microscope (pictured) relies on quantum tunnelling to create ultra high resolution images. Credit: Stan Olszewski/IBM Research/Science Photo Library
Quantum tunnelling — when a particle skips through a barrier that…
We utilized a rich longitudinal neuroimaging dataset where participants performed several classic cognitive tasks24. The experimental protocol included biweekly sessions, up to 16 weeks (8 sessions), during which physiological…
A description of the different approaches for performing BLS spectroscopy, together with measurement and reporting recommendations particular to each, are presented in Supplementary Section 1. Here we discuss aspects relevant to different…
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