This study focuses on the characterization of labyrinthine patterns in Bi:YIG films using polarized light microscopy, examining their evolution under specific magnetic field protocols.
We observed that the labyrinthine magnetic patterns are highly influenced by external magnetic fields, providing valuable insights into the magnetic properties of Bi:YIG materials.
The research methodology involved creating a fully saturated state in the magnetic material, allowing us to capture the intricate behavior of magnetic moments in a zero-field condition.
Ultimately, these findings contribute to understanding the technological potential of Bi:YIG films in applications like spintronics and magnetic sensors.
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