PRINCIPLE(S) OF CAUSALITY AS DE FACTO FUNDAMENTAL IN MATHEMATICAL PHYSICS, INCLUDING FOR CHANCE CAUSALITY APPLIED IN QUANTUM MECHANICS

摘要

According to the causality theory presented in the differential ontology and epistemology of Johansen (2008), concepts of randomness and probability are (ⅰ) built on fundamental types of causality, and (ⅱ) represent themselves particular, elaborated types of causality. Hence, it is argued that Einstein vas basically correct in insisting on preserving the causality principle against the Copenhagen interpretation of quantum mechanics which he considered to be an incomplete theory. Adequate philosophical interpretations of quantum mechanics and of further developments into hadronic mechanics require concise differentiations and combinations of various types of causality, including chance causality. This is argued to be in agreement with some crucial results from the mathematical physics of David Bohm as well as of Ruggero Maria Santilli in relation to upgraded discussions of the Einstein-Podolsky-Rosen paradox.