- #1
danielhaish
- 144
- 10
I read about the non-communication theorem and I understand why when changing one practical will not change the other . But suppose that there is two observers that doing the double slit experiment, but using it with two entanglement practicals. observer one should send signal of yes or no ,he would know which signal to send only in six on clock ,and the other observer knows that he should get yes no(0,1) answer at six on clock . the observer who should send the message may measure the first practical location for sending "yes" and not measure it for sending "no". and then in six on clock the other observer may check weather the electron/photon interference with it self. so basically data was send even though the observers send data before six on clock slower then the light.
of curse for checking the interference we need a lot of entanglement practicals ,so my main question is what happen if two people will do the double slit experiment, and one of them will put sensor in one of the slit and the other will not . would it block the interference in both experiences ?
by shooting the entanglement practicals one by one ,one in one observer side and the other and in secend observer side .
I also have another question what happen to two entanglement practicals in two time zones. in one of them the time going fast and in the other slow . if one of them would stop existing does the it wave function stay collapsed
of curse for checking the interference we need a lot of entanglement practicals ,so my main question is what happen if two people will do the double slit experiment, and one of them will put sensor in one of the slit and the other will not . would it block the interference in both experiences ?
by shooting the entanglement practicals one by one ,one in one observer side and the other and in secend observer side .
I also have another question what happen to two entanglement practicals in two time zones. in one of them the time going fast and in the other slow . if one of them would stop existing does the it wave function stay collapsed
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