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Abstract We study injection locking of two different spin wave (SW) modes (a field-localized linearlike interior mode and a self-localized SW bullet soliton) in a single nanoconstriction-based spin Hall nano-oscillator. Mode selection is achieved by varying the oblique magnetic field angle and magnitude. The two modes show dramatically different responses to injection locking, in terms of locking bandwidth and linewidth and output power in the locked state.
1. Introduction Computers have become essential to all aspects of modern life—from process controls, engineering, and science to entertainment and communications—and are omnipresent all over the globe. Currently, about 5–15% of the world’s energy is spent in some form of data manipulation, transmission, or processing, and thus its reduction is of paramount importance [1].
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