Quantum Mechanics Interpretation Most Accepted: Copenhagen Approach

The science that studies the movements of light and matter at atomic and subatomic levels is called quantum mechanics. This world is a bit fuzzy because the position and speed of the subatomic parts cannot be known at the same time. At this point, the Copenhagen Approach is coming to our rescue.
How did it come about?
The Copenhagen approach is a quantum physics interpretation of a quantum physics created in 1925 by a group of scientists (and de werner heisenberg) headed by niels bohr in the years when quantum theory was confused by physicists and the paradigms of the collapse pains.
What does it explain?
The most well-known example of these issues is that the uncle of the wave-function equation of this theory proposed schrödinger, and this imaginary example (see schrodinger's cat) is known: if we put a cat in a box and a quantum event (in this example, the disintegration of the radioactive atom occurs), it is toxic. Let's imagine that the cat will die by poisoning when the gas bottle is broken. According to the Copenhagen interpretation of quantum theory, the cat must be in the linear combination of conditions of being dead and alive ((superposition)) until a measurement is made at this point; When the box is opened, the cat jumps to one of its dead or alive situations.

quantum mechanics Every measurement made in line with the Copenhagen interpretation collapses the superposition (parallel universes intertwined with each other, i.e. alternative possibilities).

superposition: in quantum physics, overlap
General comment of scientists on this approach
The reconciliation between bohr, max born, paul dirac, werner heisenberg and wolfgang pauli Copenhagen approach (Einstein did not accept this).

they say,

we can only know our own estimates, what we can understand about this quantum, we cannot know anything other than that. that is, quantum understanding represents only our knowledge on the physical system. the world we perceive exists only with information in our brains. it all depends on the presence of the perceiver.
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