研究目的
Investigating the polarization properties of biaxial metamaterial consisting of alternate ferrite and semiconductor layers on a metal substrate under an external magnetic field.
研究成果
The study demonstrates effective control of the polarization state of the reflected electromagnetic wave by altering the magnetic field, thicknesses of the layers, and physical parameters of the materials. It opens new opportunities for creating high-performance photonic devices and enables emergent metamaterial functionalities for applications in the terahertz frequency regime.
研究不足
The study ignores the collision frequency in the semiconductor layers and magnetic damping in the ferrite, which may affect the real-world applicability of the findings.
