Abstract
The repeatability of magnetic states in nanostructures is crucial for potential applications such as magnetoelectronic applications and logic circuits. In this paper, we present a repeatability study of magnetic states in a long chain of asteroid elements and the effects of magnetic strain caused by previous magnetic states in the wire. The magnetic state in one element causes a strain on the neighboring element and hence decides the type of magnetic configuration in the neighboring element. The determination of the magnetic states in a long chain is complicated by the magnetic strain contributed by their spin arrangements.
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