Abstract
Current literature presents about a dozen probability (P) interpretations: frequentist, Bayesian etc. Each one illustrates a partial aspect of indeterminism and turns out to be incompatible with the others on the logical plane. Basically, every model of P deals with a specific relation of P with the world and this fragmentary theorization inevitably has negative impact on quantum physics which is intrinsically indeterministic. Popper believed that the base issues of quantum mechanics cannot be untangled unless the unified probability theory is set up. So, we have conducted an attempt to integrate all the probability models and used the theoretical results to interpret quantum duality, wave collapse and measurement. The entire work, published in a recent book, exceeds the limits of this paper. Here we put forward a summary that concisely recalls the main definitions and five theorems out fifteen that have been proved. Finally, these theoretical tools will be used to discuss a thought experiment of Einstein and the Wheeler experiment. This proposal has the following features: (1) It addresses classical and quantum issues using the same theorems; (2) It develops a quantum interpretation that agrees with intuition and refutes disputable and bizarre views.
Published Version
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call