So, we treat the universe as a big sofware desinged by God in God's 'computer', which is also designed by God, and natural phenomena, for example, electron defraction, could be attributed to the limit of precision and the random error of the computer. And God does't play dice, but he's become a programmer.
Because of the limit of precision of the 'computer', even if God wanna programme the electron to move by some precise rules when the initial conditions are set, the precision at first is well, the electron does go where God expects it to go, but, when the simulation takes longer, the precision-caused and shear random error accumulates, so that the simulation may lead the electron anywhere.
THe question is, can we explain quantum mechanics using the knowledge of computer science?
Yes we can explain quantum mechanics using as the knowledge of computer science. And the way we can express the quantum mechanics in computer science is called "Quantum Computing". But it can not replace our classical world of computing. It is suitable for some certain kind of problems. Several researches are going on in this field. You may get some basic idea about it from these below links....
https://en.wikipedia.org/wiki/Quantum_computing
https://www.youtube.com/watch?v=g_IaVepNDT4
But Quantum Computing seems more of a kind of application of quantum mechanics, whereas what is of concern in my question is how to explain the way quantum mechanics is. Why Quantum Mechanics can't give exact prediction, for example.
Now I've kinda got your point. Provided that God's computer is actually a quantum computer, what you have said makes sense all of a sudden.
If we believe we could simulate the world in a computer, then it is reasonable to say that the world may be a simulation already, of the same kind of computer.
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