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In this paper, we provide an experimental proof-of-concept of this dynamic 3Dcurrent manipulation through a 3D-printed reconfigurable meta-radiator withperiodically slotted current elements. By utilizing the working frequency andthe mechanical configuration comprehensively, the radiation pattern can beswitched among 12 states. Inspired by maximum likelihood method in digitalcommunications, a robustness-analysis method is proposed to evaluate thepotential error ratio between ideal cases and practice. Our work provides apreviously unidentified model for next-generation information distribution andterahertz-infrared wireless communications.

Reconfigurable Meta-Radiator Based on Flexible Mechanically Controlled Current Distribution in Three-dimensional Space