As you know, quantum entanglement in the heads, and in the scientific works of scholastic physicists, is the idea of such a mystical interdependence of the states of two or more quantum objects that they can influence each other at any distances. This nonsense comes from their ideas about the world as a function of their own invented equations of quantum mechanics. The main thing in this set of nonsensical equations is the general Schrödinger equation. In the head of Schrödinger, who deeply believed in God, there was the idea that God created the world using mathematics, and the structure of the elements of the world is a bunch of waves in the ether. And all his equations describe exactly these very waves. It is impossible to derive Schrödinger’s equations from any measurements, and the most important of them appeared to him in one of his spree with wine and women.
Schrödinger and his followers believed that the wave function formula can describe not only a single quantum object, but also several objects, according to their representations, forming a single system. This view is the basis of the misunderstanding of quantum entanglement. The fact is that when quantum objects, which had previously been part of the system, move away from each other, in real life they become independent of each other, and on paper they remain “connected” by the wave function formula. Measuring the value of the parameters of one of these objects in a formula on paper automatically changes the values of the parameters of another object, but also only on paper. And, as it were, physicists believe that a real object will jump into some state additional to the state of the first object. This element of quantum delirium was called the “collapse of the wave function”, and further on there is a conclusion about the nonlocality of objects of quantum mechanics. Even in quantum mechanics there is a dogma that Bell allegedly proved this “quantum entanglement” with his inequalities … In reality, this is not the case. Experiments, as it were, checking Bell’s inequalities show only that the polarization of photons, independently of each other, changes during interactions with particles of matter.