Abstract
An optical strobing apparatus has been developed which makes it possible for the first time to observe magnetization reversal in thin films with reversal taking place during a period of the order of a microsecond. Studies of the details of magnetization reversal are important for understanding how reversal takes place in films. In addition, work on strobing of magnetic films will be of value in developing nondestructive magneto-optic readout for thin-film computer memories.
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