Phylogenesis of the Mental Activity and the Development of Bioradiant Energy

Abstract

In vertebrates we have three riddles to be read, i.e., the cause of the evolution, the immune system, and the development of bone marrow hemopoiesis. These are the same phenomena of the life with different three aspects. The author developed artificial bone marrow chambers in vivo by biomechanical stimuli. After that he established the gravity evolutionary theory. During second evolution of the vertebrates i.e., terrestrialization, the vertebrates corresponded to the increased gravity from 1/6 to 1G, to the change of medium from the water to the air, and to the increased oxygen content from 1% of sea water to 21 % of the air. By these correspondence cells of vertebrates changed according to Use and Disuse Theory with the same gene characteristics. Changing of morphology and function of cells occur by the metaplasia. During the second revolution, the bone marrow hemopoiesis as well as the sympathetic nerve system develop, and the pyramidal tract developed during correspondence to the increased gravity.

Development of the sympathetic nerve system occurred according to the genesis of the blood vessels. The archetype vertebrates have only para-sympathetic nerve as well as extra pyramidal tracts only. After terrestrialization sympathetic nerves as well as pyramidal tracts developed by correspondence to the gravity. By these newly developed nervous system not only physical activity by mental as well as psyche ability enormously increased.

The origins of the heart and mind are in visceral brain and the origin of the mental activity is in the somatic brain. Practical phylogenetics of the schizophrenia can be understood in this stage. Severe stresses upon sympathetic nerve system induce disturbance of the mental activity, which is brought by function of somatic brain. Bioradiant energy of can be induced by the streaming potential of the muscle system. The activity of cortices of the cerebrum can be caught as electro-magnetic waves, which can be recognized as optical light.