The act of observing a subatomic particle forces it to choose a single state
In the quantum realm, a particle exists in multiple states simultaneously until the act of measurement forces it to collapse into a single, definite position.
The quantum measurement problem arises from the fact that subatomic entities like electrons behave as waves of probability until they are observed. This phenomenon, famously illustrated by Schrödinger's Cat, suggests that the observer plays a central role in shaping reality. According to the Copenhagen interpretation established in 1927, the act of measurement causes the 'wavefunction' to collapse into a particle state.
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