Abstract

We demonstrate cloning of magnetic domain wall solitons using a nanowire junction. The effect of junction geometry is assessed using several different structure designs to construct operating phase diagrams. A domain wall cloning element is then integrated with a magnetic domain wall NOT gate and feedback loop to unambiguously demonstrate domain wall duplication. Finally, we demonstrate four times digital amplification of a signal by siting cloning elements sequentially. This can be used for signal routing in nanowire circuits or providing readout amplification for interfacing magnetic nanostructures with macroscopic probes such as magneto-optical beams.

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