研究目的
Developing a new switching cell with four inputs and four outputs based on metamaterial and optically transparent ferrite films for processing large amounts of information using spatial diversity of information beams under the action of a control magnetic field.
研究成果
The proposed switching cell based on metamaterial and optically transparent ferrite films offers a novel approach for processing large amounts of information using spatial diversity of beams under magnetic control. Numerical calculations confirm the feasibility of spatial deviation and reflection coefficients, suggesting potential for high-speed optical switching systems.
研究不足
The study focuses on theoretical and numerical analysis without experimental validation. The practical implementation and scalability of the proposed switching cell in real-world applications are not discussed.
