By using a suitable wavelength "electro-optomechanical converter", this scheme generates excellent quantum entanglement between a microwave signal beam, sent to probe the target region, and an optical idler beam, retained for detection.
By leveraging an optimal wavelength "electro-optomechanical converter", this method achieves remarkable quantum entanglement between a microwave signal beam, directed towards the target area, and an optical idler beam, kept for verification.