Design and Investigation of Metamaterial Antenna for Wireless Communication

Due to their frequency and polarization selectivity, reconfigurable antennas have drawn significant interest in RF energy capture models. The creation of a metamaterial-based patch antenna with an emphasis on Wi-Fi applications will be useful for enabling wireless communication during the transition from C band networks. Metamaterials are included to enhance the antenna's gain, impedance, data transmission, and return loss, allowing for seamless connectivity in various circumstances. The proposed design yields encouraging outcomes, positioning metamaterial antennas as a crucial component for tackling the rising demands of wireless communication in the evolving 6G environment. Patch antennas are essential to this journal's imaginative application of metamaterials because they provide compact, high-gain answers to the escalating demands for seamless connectivity and improved signal quality in wireless communication systems evolving from C band.