So, should quantum mechanics be modified by removing the randomness from it?
Now, having a two level spin system in state ( |0> + |1> ) /sqrt[2], QM says that the result of measurement is random and so we’ll find the particle in state |1> with probability 1⁄2.
A modified QM would say, that the first measurement reveals 1, the second (after recreating the original initial state, of course) 1, the third 0, etc., with sequence 110010010110100010101010010101011110010101...
I understand that you say that the second version of quantum mechanics would be simpler, and disagree.
So, should quantum mechanics be modified by removing the randomness from it?
Now, having a two level spin system in state ( |0> + |1> ) /sqrt[2], QM says that the result of measurement is random and so we’ll find the particle in state |1> with probability 1⁄2.
A modified QM would say, that the first measurement reveals 1, the second (after recreating the original initial state, of course) 1, the third 0, etc., with sequence 110010010110100010101010010101011110010101...
I understand that you say that the second version of quantum mechanics would be simpler, and disagree.