Organic Evolutionary Cycles and Four Types of Mutation

Significant and exemplary of the phases of an organic evolutionary cycle. The beginning of the cycle occurs with seeding: the act by which germinative contents or seeds that must be developed in the cycle are planted. By making the bark rot, the gestation process occurs and the assimilation of the principles that will be developed and, after the necessary time, there will be the birth or visible and external manifestation of those germinative principles contained in embryo. After the birth of the sprout, we witness the growth of the plant. In this phase the vital active forces, united with the ecological conditions of the earth in which the system is found, provide what is necessary to grow and develop the system to the maximum degree. This development phase or ascending phase of a healthy organic evolutionary cycle manifests syntropic forces, aggregating, constructive and the regenerative forces are at maximum degree. If the growth rate of a tree or a man were kept constant throughout the entire lifespan, we would arrive at organisms of mastodonic dimensions that would find themselves with problems in natural adaptation. Vice versa, the constructive aggregating forces exercise hyperactivity only in the first part of an evolutionary cycle, that is in the development phase necessary and functional to bring the organism to an optimal level for achieving its purposes, or rather to the culmination of the cycle. When the system is at its culmination, the tree is formed, the organism is ready for the realization of its purpose and therefore possesses for a determined period of time the possibility to realize it and to accomplish the end of the evolutionary cycle, thus passing to another phase or state of evolution. It is the moment of realization of the evolutionary cycle, or of its failure. Once the window of opportunity for realization is finished, either the system has succeeded in realizing its purpose, or it is necessary to change the ecological conditions for such realization. In fact, since the system has had its occasion for realization, if it has not succeeded with such ecological conditions then it is necessary to operate a shock and change the environmental conditions to thus provide a new window of opportunity. The entropic forces come into action, disaggregating and desiccating that lead to the disaggregation of the system whose remains will pass through a reworking that will provide support for a subsequent seeding. These four phases are characteristic of the organic evolution of an enormous number of systems. An animal, a plant, an individual, a people or a religion or movement of thought, all are subject to the same laws. The phases are always the same because they are characteristic not of a specific system, but of the type of evolution of the system: that of every form of organic evolution that uses temporal cycles for its evolutionary development. The Four Types of Mutation. The passage from one evolutionary state to another occurs through mutation. Presupposing a form of heredity and transmission in the elements of the system, we can classify four typologies of mutation in accordance with what is traditionally called the law of evolution and progress: law of evolution. Everything evolves and progresses through Divine attraction, Providential help, natural adaptation and spiritual transmutation. Indeed, following the inspiration of such traditional law, if we want to analyze in a complete way an organic evolution we must consider four typologies of distinct mutation that are irreducible among themselves, even if they can act synergistically: finalistic mutation: consists of a Lamarckian evolution process that invests several generations of the organism's elements. The mutation arises with an intrinsic propensity toward adaptive directions. This because organisms respond relatively to perceived needs and transmit the acquired characteristics directly to their progeny, or because the various environments induce a transmissible variability along preferential paths. providential mutation: consists of an evolutionistic discontinuity operated by an external element to the environment itself. Events of panspermia, insertions in ecological environments of external elements to them, the deliberate action of direct or indirect forms of eugenics all fall into this field. These mutations originate from grafts in the system of new elements with which this comes into contact interacting. natural mutation: is a form of natural adaptation of the organism that is explained in a series of progressive mutations that invest generations of elements and are originated by the mutual interaction of the evolving system with the environment. transmutation: occurs when the change or mutation happens in the single element of the organism...