1 What ever do you mean?

2 What has probability to do with belief?

3 Quantum probabilities are stochastic not random.

4 Quite different from rolling a dice. On a dice all possibilities are equally probable for each event, no so for quantum wave equations where some events (locations, particles)are much more probable than others at each event (measurement).

ayesian probability interprets the concept of probability as "a measure of a state of knowledge",[1] in contrast to interpreting it as a frequency or a physical property of a system.

I do not know it is not my field, but I am not sure Bayesian probabilities apply to wave form probabilities of quantum events and even if they did; what is it you wish to demonstrate?

My apologies it apparently does apply but I still do not see what the significance of that is? Please explain.

The literal translation of the phrase "de dicto" is "of (the) word", whereas de re translates to "of (the) thing".

Quite different from rolling a dice. On a dice all possibilities are equally probable for each event, no so for quantum wave equations where some events (locations, particles)are much more probable than others at each event (measurement).