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Emerging new concepts, such as magnetic charge dynamics in two-dimensionalmagnetic material, can provide novel mechanism for spin based electricaltransport at macroscopic length. In artificial spin ice of single domainelements, magnetic charge's relaxation can create an efficient electricalpathway for conduction by generating fluctuations in local magnetic field thatcouple with conduction electrons spins. In a first demonstration, we show thatthe electrical conductivity is propelled by more than an order of magnitude atroom temperature due to magnetic charge defects sub-picosecond relaxation inartificial magnetic honeycomb lattice. The direct evidence to the proposedelectrical conduction mechanism in two-dimensional frustrated magnet points tothe untapped potential for spintronic applications in this system.

Magnetic charge's relaxation propelled electricity in two-dimensional magnetic honeycomb lattice