The quantum entanglement is maybe the strangest behavior of a quantum system. It is the "spooky action at the distance." The bi...
The quantum entanglement is maybe the strangest behavior of a quantum system. It is the "spooky action at the distance." The biggest mystery in the quantum world. The mysterious relationship of the particle couples. An invisible bond between particles which is unrelated to the distance between them.
The entanglement means if two particles in the quantum world are in the entangled state, any measurement of one particle on the pair instantly determines the state of the other particle, or just say, the result of the same measurement on the other particle, independently of the distance between them. This looks a real mystery because in the quantum world, any measurement is non-deterministic, and under the law of quantum chance, and measurement can give the real value only to the quantum state. The mystery as it is: how is it possible to communicate a physical value in any distance at an instance, which is determined by measurement, from one particle to the other. The universe has a maximum speed limit even for communicating information, which looks like overruled by the entanglement. A kind of communication without communication.
However, the entanglement can be understood if we apply the thought of the deterministic behavior behind the level of the Planck frequency. We saw in a thought before, the non-deterministic quantum behavior can be explained by applying deterministic behavior at a very high frequency. The entanglement is an application of that deterministic behavior of high frequency. What is it means?
The entangled particles always are the same kind and created at the same time and in the same place. It makes it possible or even required that these particles be in the same synchronized vibration mode. By the synchronized vibration, they are in a totally synchronized quantum state. They are connected by birth, and the connection deterministic: in every state of their vibration are fully synchronized. Connected, but this connection does not require any further communication between them, they are simply in the totally synchronized state, and they remain in this state in any distance if the outside world doesn't disturb them.
When we are making a measurement on a member of the synchronized pair, for example, we measure its spin, we experience the quantum non-determinism on that particle as described in the thought before, but ultimately getting knowledge of the spin of the other particle which is deterministically connected to that measured. No need information interchange, no need any spooky action in the distance, no need any interaction between the entangled particles. Just they have to be in the fully synchronized state on a high-frequency vibration. They are a deterministic quantum system.
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