Microwave-to-Optical Quantum Transduction (2D)

A quantum computing "ecosystem" spans superconducting chips (GHz microwave qubits) and fiber-optic quantum networks (THz optical photons) — two hardware platforms that cannot talk to each other directly. This 2D simulator renders the electro-optomechanical transducer that bridges them: a shared phonon mode couples to a microwave port with cooperativity C_e and to an optical port with cooperativity C_o. Adjust both cooperativities and each port's external coupling efficiency to see the impedance-matching condition (C_e = C_o) drive the conversion efficiency toward unity, while unmatched or lossy settings scatter incoming microwave photons into the mechanical bath instead of converting them. A live heatmap panel lets you drag directly on the (C_e, C_o) parameter space to see the impedance-match ridge.