Obviously, there is something quite weird going on in the interpretation of quantum mechanics. My suggestion is that quantum mechanics is upside down. Our acquaintance with physical reality is graded in degrees of reality. Low algorithmic complexity in a physical algorithm is closer to reality, that is, it provides contact with a higher degree of reality. Higher algorithmic complexity, for example, building huge superconducting magnets in gigantic underground tunnels with thousands of people and billions of dollars over extended periods of time, all that implies a much lower degree of reality in the contact with nature.
Much more imagination is required to understand such an experiment.
So, I am suggesting that the results of experiments are the most real things we have, and that understanding them with quantum mechanics means to use a mental model to imagine the connections between the different experiments.