The Continuity Equation as a Bridge between Quantum and Classical Probabilities.

We argue that quantum mechanics, in reality, respects the principles of a macroscopic realism (PMRs). The current quantum theory to tell us that “...the state of a system can be instantaneously changed by a distant measurement...” is not a physical one. Its key statements—that the violation of Bell's inequality in the EPR-Bell experiments verifies nonlocality, and nonlocal correlations respect special relativity—are false. Both the EPR-Bell experiments and theorems to support the “non-signalling principle” resort to the quantum mechanical averaging rule which is inapplicable to Cat states because such averaging violates the correspondence principle (CP). The main idea of the paper is exemplified by our model of a one-dimensional completed scattering. [ABSTRACT FROM AUTHOR]