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We demonstrate experimentally dynamic interface binding in a systemconsisting of two coupled ferromagnetic layers. While domain walls in eachlayer have different velocity-field responses, for two broad ranges of thedriving field, H, walls in the two layers are bound and move at a commonvelocity. The bound states have their own velocity-field response and arisewhen the isolated wall velocities in each layer are close, a condition whichalways occurs as H->0. Several features of the bound states are reproducedusing a one dimensional model, illustrating their general nature.

Dynamic binding of driven interfaces in coupled ultrathin ferromagnetic layers