- #1
danHa
- 7
- 0
how do we know that measuring effect the result . how can we know weather quant would behave differentially if we wouldn't measure it .
and if we do know the difference between quant that had been measured for example one quant can interference with it self if it haven't been measured in some lactation in space . so why two entanglement quant are consider as not capable of transfer data. if we can tell weather one practical has been measured for example suppose that we have a lot of entanglement particles and two location and we would shot them trough two slices and the same time . and we would put measure the device in one location would we see interference in the other? example of experience
and if we do know the difference between quant that had been measured for example one quant can interference with it self if it haven't been measured in some lactation in space . so why two entanglement quant are consider as not capable of transfer data. if we can tell weather one practical has been measured for example suppose that we have a lot of entanglement particles and two location and we would shot them trough two slices and the same time . and we would put measure the device in one location would we see interference in the other? example of experience