Your premise is wrong. “So, let’s get started with the basic idea. In this universe, things seem to run on probabilistic laws known as quantum mechanics. These allow for very strange consequences, which were previously thought eradicated.”
It’s based on the Copenhagen interpretation of QM! (QED for example does not allow the delayed choice quantum eraser paradox existing in QM).
The problem with the Copenhagen interpretation is: ”… that the probability density function from Schroedinger’s time-independent equation when averaged over time is just the proportion of the time spent in the allowable states given the dynamics of the system. It is thus the probability of finding the system in any of its allowable states at a randomly chosen time. There are no metaphysical perplexities involved with this probability density function. The time-averaged effect of a particle executing a periodic path is the same as if its generic charge (gravitational mass or electric charge) is spread over its path in proportion to its time spent probability density distribution; i.e., to the proportion of the time it spends at various locations on its path” http://www.sjsu.edu/faculty/watkins/bellth.htm
Your premise is wrong. “So, let’s get started with the basic idea. In this universe, things seem to run on probabilistic laws known as quantum mechanics. These allow for very strange consequences, which were previously thought eradicated.” It’s based on the Copenhagen interpretation of QM! (QED for example does not allow the delayed choice quantum eraser paradox existing in QM).
The problem with the Copenhagen interpretation is: ”… that the probability density function from Schroedinger’s time-independent equation when averaged over time is just the proportion of the time spent in the allowable states given the dynamics of the system. It is thus the probability of finding the system in any of its allowable states at a randomly chosen time. There are no metaphysical perplexities involved with this probability density function. The time-averaged effect of a particle executing a periodic path is the same as if its generic charge (gravitational mass or electric charge) is spread over its path in proportion to its time spent probability density distribution; i.e., to the proportion of the time it spends at various locations on its path” http://www.sjsu.edu/faculty/watkins/bellth.htm
Yeah, I get the problem(s) now.
Its been over two years. Why’d you bother commenting? I don’t mean that in an agressive way.