Schrodinger's Cat Alive in a Swiss Sanatorium in "This" Universe
[Much to the chagrin of Einstein, classical quantum physicists insisted in the “unreality” of the quantum world. In defining a quantum particle, Bohr warned that an atom as not a “thing” but only a “potential thing” that comes into being when it is measured. Only on measurement will the particle “collapse” into the reality of its solid particle like state. Bohr essentially proposed that an atom is simply a representation of pure math that has no physical meaning until it is measured. An atom is not a thing but a concept.
In the above statements, Bohr was referring to the concept known as the “wave collapse.” The act of measuring causes the “potentiality” of a particle to “collapse” into reality. Others have extended this to postulate the existence of parallel realities which offers sci-fi idea that a particle not only collapses into this reality, but also collapses into all possible particle states in parallel universes.
Hence the famous thought experiment of poor Schrödinger cat who when states that a cat confined to lethal radioactive chamber is neither dead nor alive until one looks inside. It is only at the moment of measuring the respiration and brain activity that the cat “collapses” into his miserable untimely death. Until the measurement, the cat is both alive and dead in all its quantum potential states. Extending this to the “parallel universes- all possible world theory “while dead in our reality, Schrödinger’s cat is alive and in all states in between dead and alive in multiple parallel universes, which may include Schrödinger’s cat being confined to a sanitarium in radio-active quarantine in Switzerland. Taking this to the logical conclusion, the only thing that gives any organization to the universe is when it is subjected to measurement. Otherwise it is just a chaotic scrambled mess.
Einstein rejected this nonphysical explanation of the quantum world, claiming famously, “God does not play dice with the universe”, and quantum physicists continue the search for a law that explains the randomness associated with quantum interactions.
The apparent contradictory behavior of quantum particles may be explained by the vacuum density field where all good electrons go before getting up in the morning.
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