Schrodinger has made a curious chamber for cats. In this chamber, four cats sit at each corner. At one measurement, he could not see properly. The next time he saw that each cat had three other cats opposite it. Schrodinger has no control over the behavior of cats but notices that each cat has another
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Answers
What does Schrödinger's cat theory prove?
What is the meaning behind the Schrödinger's cat theory, and can it be proven wrong?
“Schrodinger’s Cat” is not a theory. It is a thought experiment. It is a paradox, a question that many have tried to answer. It cannot be “proven” right or wrong, because it is a question, not an answer. It is a question about how does Quantum Physics really work.
Quantum Physics looks at the smallest things there are, subatomic particles. One of the characteristics of these particles is that they apparently exist simultaneously in different, contradictory states, until they interact with or are observed by the outside world, at which time they “collapse” into a single state.
Physicist Erwin Schrodinger thought this didn’t make sense. To illustrate his issue, he imagined an experiment. This was just an imaginary experiment, he never actually intended anyone should do this. In his experiment, a cat was put into a box. Also in the box was a small amount of a radioactive substance (everything is set up so that the cat cant mess with the other stuff). The radioactive substance is such that there is a 50% chance that one of the particles in the substance will decay in one hour, and a 50% chance that none will. The quantum physicists say that in fact, if we do not observe the substance, the particle has simultaneously decayed and not decayed. When we open the box, the particle “collapses” into one probability or the other.
What Schrodinger imagined doing, then, is also having in the box a Geiger counter to measure whether the particle decays or not. This, then, is attached to a device that will, if a particle decays, release a hammer that will smash a vial that releases hydrocyanic acid, that will kill the cat. But if no particle decays, the acid will not be released, and so the cat will live. All of this stuff in the box.
So when we open the box, we will either find a cat that is alive or dead. 50/50 chance. What Schrodinger wondered was, given the findings of quantum physics, what was the state of the cat before we opened the box? As I said before, before we open the box, the radioactive substance has simultaneously decayed and not decayed, it doesn’t “choose” which of these until we open the box. Schrodinger wondered then, given his imaginary experiment, whether the cat was somehow simultaneously alive AND dead before the box was opened.
Einstein said that Schrodinger had clearly seen the issues that arise in the field of Quantum Physics.
Different scientists have come up with different answers to Schrodinger’s question. This is already a long answer, and also I am not sure I understand all of the different answers that people have come up with, so I will cut this answer short now.
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