High frequency magnetization dynamics affecting parallel pumping, reﬂectivity and thermal properties of magnets
The world is increasingly dependent on magnetic systems for many devices, from data storage in hard disk drives to information transfer and logical operations, to signal processing and more. As these technologies proliferate throughout our lives, the next generation of magnetic devices are in high demand as the amount of information and data to be stored, transferred, etc. skyrockets. The large tunability of many magnetic systems make them ideal candidates for meeting this demand as fabrication techniques on the nanometer scale become more sophisticated. In this dissertation, the magnetization ...
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