A two-layer mushroom body structure is proposed to enhance the isolation of a highly compact MIMO antenna

A two-layer mushroom body structure is proposed to enhance the isolation of a highly compact MIMO antenna. This innovative design aims to improve the performance of multiple-input multiple-output systems by reducing mutual coupling between antenna elements, which is crucial for achieving high data rates and reliable communication in dense environments. The first image shows a detailed view of the two-layer mushroom structure, highlighting its unique geometry and how it contributes to better isolation. The second and third images present different configurations of the antenna, illustrating the flexibility of the design in various applications. Further images demonstrate the physical layout and dimensions of the antenna, showing how the compact nature of the design allows for integration into small devices without compromising performance. The fourth and fifth images display the antenna's radiation patterns, emphasizing its directional characteristics and efficiency. Additionally, the design incorporates advanced materials and fabrication techniques to ensure stability and durability. These features make the proposed structure suitable for use in modern wireless communication systems, such as 5G and IoT devices. Overall, this research offers a promising solution for improving MIMO antenna performance in compact form factors.

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