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The question now is: at the end of the hour, is the cat alive or dead? Schrödinger says that according to the Copenhagen Interpretation, as long as the door is closed, the cat is dead and alive. If the material breaks down, it will release an atomic particle, which will hit the geiger counter, which will release poison gas, which will kill the cat. Within one hour, one of the atoms of the radioactive material might decay (or break down because the material is not stable), or it may not.
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Schrödinger wanted to show that this way of thinking about quantum mechanics would lead to absurd situations.He designed a thought experiment.Ī cat is placed in a room that is separated from the outside world.Ī Geiger counter which counts the amount of radioactive decay and a little bit of a radioactive element are in the room. While this makes sense in quantum physics, it does not make sense in classical (real world) physics. It is only when you observe the particle that you know if it’s there or not there. Up until the point that you observe it, the Copenhagen Interpretation says that the particle is there and is not there. However the only way to be 100% sure of where a particle is, is to observe it. This is very convenient when making quantum physics calculations. This could also be expressed as a chart (or wave form). A particle could be described as being 50% likely to be in one place at one time, or 50% likely to be in one place at another time. Mathematics are used to show how likely something is to happen to the particle. The Copenhagen interpretation is used to explain what is happening to the smallest part of an atom (a sub atomic particle) without looking at it (observing it or measuring it). Quantum mechanics provides a way for physicists to explain why these things happen. However, there are some physical interactions which it does not explain for instance, how light can be turned into electricity. It can also be used to predict physical interactions, like what will happen when you drop a ball.
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Classic physics explains most physical interactions, like why a ball bounces when it drops. Physics can be divided into two types classic physics and quantum mechanics. No one knows if any scientific theory is right or wrong until said theory can be tested and proved. This is used to represent how scientific theory works. In simple terms, Schrödinger stated that if you place a cat and something that could kill the cat (a radioactive atom ) in a box and sealed it, you would not know if the cat was dead or alive until you opened the box, so that until the box was opened, the cat was (in a sense) both “dead and alive”.
SCHRODINGER CAT EXPLAINED SIMPLY PORTABLE