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In this paper, we give a proposal to design a microwave Surface Plasmon Polaritons (SPPs) coupler, which can completely transfer energy of SPPs with robustness against varying geometrical parameters and broadband frequency range of microwave, based on Stimulated Raman Adiabatic Passage (STIRAP). The STIRAP is one of the most famous quantum coherent control methods, and most importantly it can improve the robustness of the device and energy transmission efficiency. This work is not only promising in designing robust and broadband compact microwave couplers, but also leading larger potential applications in microwave and millimeter wave communication.

A proposal design for robust and broadband microwave SPPs waveguide coupler via STIRAP