Scientific Evidences of the Unicist Theory

Abstract

The objective of the research on the scientific evidences of the Unicist Theory was centrally focused on: 1) Confirming the existence and functionality of the ontogenetic intelligence of nature. 2) Confirming that the unicist ontology emulates the ontogenetic intelligence of nature and allows defining the structure of complex systems. 3) Confirming the functionality of the unicist double dialectical logic to go beyond dualism, which hinders apprehending reality as a unified field, in order to be able to emulate the intelligence of nature in mind. 4) Confirming that concepts are defined by the ontological structure of an entity and, as Immanuel Kant already discovered, have a functional meaning that is the framework of any possible action. 5) Confirming the functionality of unicist objects that are built emulating the objects in nature like the organs in the human body. The objective of the development of the Unicist Theory was to find a structural solution to deal with complex adaptive systems considering their characteristics. Complex adaptive systems have, among other aspects, open boundaries and are integrated by the conjunction of their elements. In such systems, there is no possibility for the existence of observers. The research on complex systems required the development of a new research methodology considering that the traditional scientific method was dysfunctional to approach such systems. The inexistence of observers, the openness of the boundaries and the existence of bi-univocal cause-effect relationships of the entities that integrate a complex system made the traditional approach dysfunctional. In this paper you will find seven scientific evidences of the Unicist Theory that confirm its functionality to deal with complex systems. These evidence are: 1) the functionality of amino acids, 2) the structure of atoms, 3) the structure of biological entities, 4) the nervous system, 5) similarity between natural and social objects, 6) Unicist concepts as stem cells, 7) thinking processes and the functionality of electricity.