Uncertainty, dynamic systems, principles of quantum mechanics and their relationship to the health-disease process (analysis proposal)

Abstract

The purpose of this work is to discuss the importance and possible application of some foundations of quantum mechanics in the health-disease process, considering for this, that the laws and foundations of atomic theory are the same that govern displacement in space and time in human beings. Based on the impossibility of determining the displacement of subatomic particles in a given space and time, as a consequence of not having measuring instruments for said microscales, we propose feasible that the same happens with the uncertainty generated by the times and movements of human beings in really large spaces, reason why the analysis of the temporo-spatial location of a moving subject, in a certain time and space is impossible, fact that we consider, could represent the behavior in Pandemics. The foundations of quantum mechanics that have been considered for this purpose are dynamic systems, the Schrödinger cat paradox, the Heisenberg uncertainty principle, the law of gases, times and movements, and the Maxwell-Boltzmann entropy. On the other hand, it is proposed to consider the adaptation of measurement  ecis  ecisión statistical procedures (decisión tree and set theory) and finally the implementation of a unitary probabilistic cube is proposed, which allows locating a subject immersed in the health process disease through three axes developed considering the definition of health stipulated by the WHO.