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It is interesting to see how Schrödinger managed to create with an imaginary experiment to involve the consequences of quantum theory to the macrospic world represented by the cat. | It is interesting to see how Schrödinger managed to create with an imaginary experiment to involve the consequences of quantum theory to the macrospic world represented by the cat. | ||
====The mathematical | ====The mathematical formalism==== | ||
The cat experiment is connected, as mentioned, to the problem of measurement. A quantum system is in a superposition of two states <math>A</math> '' and <math>B</math> '' (mathematically represented by the 'ket' <math>|A\rangle+|B\rangle</math>); an observation of it forces the system to go definitively or in the <math> |A\rangle</math> or in the <math> |B\rangle</math>. The presence of the cat causes the superposition in which the atom is found to be "transferred" to the overall system (atom + cat). The atom, therefore, is no longer in a superposition, just as the cat is not.From this first presentation we understand the meaning of the argument | The cat experiment is connected, as mentioned, to the problem of measurement. A quantum system is in a superposition of two states <math>A</math> '' and <math>B</math> '' (mathematically represented by the 'ket' <math>|A\rangle+|B\rangle</math>); an observation of it forces the system to go definitively or in the <math> |A\rangle</math> or in the <math> |B\rangle</math>. The presence of the cat causes the superposition in which the atom is found to be "transferred" to the overall system (atom + cat). The atom, therefore, is no longer in a superposition, just as the cat is not.From this first presentation we understand the meaning of the argument | ||
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