LyinTrump . I want him to # LockHerUp <| sep |> yeah im here <| sep |> From my understanding quantum entanglement is very sensitive to disturbances and is , for the most part , a probability function . The signal to noise ratio is generally very low . I think it is due largely to the uncertainty principle that you can ' t actually send a meaningful set of quantum signals that could be encodeddecoded at the destination in a remote sense . What you can do though is hold the quantum states you created together and then move them apart from each other at less than the speed of light . I think this is the principle they use for quantum encryption . This is where entangled particles are useful because then you know if there was an attempt at intercepting the signal all you know is that the signal has been breached . But you can ' t say anything further about the signal i . e . the states of the entangled particles . Others can chime in who have more expertise on this too if I ' ve got it wrong .