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Showing 1 to 5 of 5 for “"artificial spin ice"”.

  1. Magnetotransport of connected artificial spin ice

    Artificial spin ices are mesoscopic arrays of interacting single-domain ferromagnetic nanoislands or nanowires. With Ising-like behavior of individual magnetic moments, artificial spin ice has been utilized to investigate geometrically frustrated systems like spin ice, a class of magnetic …

    uiuc Repository record for Magnetotransport of connected artificial spin ice (opens in a new tab)

  2. Ground states in artificial spin ice

    Artificial spin ice is a class of arrays of interacting ferromagnetic nanoislands that are used to experimentally model Ising spin systems. It has been successfully used to understand the behavior of frustrated spin systems, particularly the class of magnetic pyrochlore oxides known as spin ice. …

    uiuc Repository record for Ground states in artificial spin ice (opens in a new tab)

  3. Magnetic reversal of artificial spin ice

    Artificial spin ice refers to an array of elongated ferromagnetic elements, providing a fascinating model system to study novel magnetic behavior induced by frustration. Initially used as a tool to understand the behavior of the frustrated spin systems called spin ice, artificial spin ice has …

    uiuc Repository record for Magnetic reversal of artificial spin ice (opens in a new tab)

  4. Study of thermal kinetics in artificial spin ice systems

    Artificial spin ice is a two-dimensional array of nanomagnets fabricated to study geometric frustration, a phenomenon that arises when competing interactions cannot be simultaneously satisfied within the system. While the ground states of these artificial systems have been previously studied, this …

    uiuc Repository record for Study of thermal kinetics in artificial spin ice systems (opens in a new tab)

  5. Thermal activation, long-range ordering, and topological frustration of artificial spin ice

    … display many rich phenomena and novel physics. Artificial spin ices (ASIs), arrays of lithographically patterned Ising-like single-domain magnetic nanostructures, are highly tunable systems that have proven to be a novel method for studying the effects of frustration and associated properties. …

    maryland Repository record for Thermal activation, long-range ordering, and topological frustration of artificial spin ice (opens in a new tab)