What is Quantum Entanglement?
Quantum Entanglement Principle today!
The principle that proves the interaction of two particles emanating from the same source at the same time is called the quantum entanglement principle.
Suppose that two electron particles were ejected simultaneously from a source. Let these particles be in opposite spins, that is, their tendency to rotate about their axes. When we affect only one of these two particles in any way, the same effect can be observed on the other particle at the same time.
However, the reason why this entanglement is "frightening" in Einstein's words is that the distance of the particles from each other is of no importance. Regardless of the distance between these particles, whether it is 1 meter or millions of light years, changing the direction of one causes the other to change direction at the same time, even if we do not touch it.
So How Does This Creepy Interaction Happen?
Despite the fact that quantum entanglement has been proven many times before - as far as I know, researchers at the University of Vienna have conducted and proved this experiment on two islands 143 km away from each other. - The scientific world about how this event came about is not gathered around the same point. There are roughly two theories about this interaction.
The first is that the particles emanating from this same source are a kind of energy bond that we cannot perceive or measure. Thanks to this bond, particles can communicate many times faster than the speed of light.
In addition, the speed of interaction in this theory is contrary to Einstein's theory of relativity. According to him, nothing can be faster than light.
The second is based on the Big Bang Theory.
So everything in our universe is entangled with each other. Since everything in this universe came from a source in the first place, this entanglement applies not only to those particles, but to everything in the universe. Of course, I don't know how possible it is to observe this at a macro level.
Ultimately, at the deepest point, at the molecular level, you (the reader) and I (the author) are one. Although we cannot observe, we interact.
stay with science...
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