Hypothesis 

 Live Mother Earth is a single whole, ie kind of multi-species body with the life expectancy of about 10bln. years. In this organism, individuals perform the function of cells and species - the function of tissues and organs. Reproduction for multi-species of the organism - a delivery of the germ of life in other galaxies. 

 Criteria for the body. The key criteria of an organism classified as two features: the activity of cells of a multicellular organism and ontogeny. 

 Cell activity is aimed at preserving: 

 a) the preservation of his own life; 

 b) retain their cell phenotype (cell division); 

 c) the preservation of the life of a multicellular organism (specific activity: production of bile, hormones, maintain homeostasis of internal environment, and so on.) 

 g) the preservation of the form of a multicellular organism (reproduction of multicellular organisms.) 

 Above activities of cells inherent in the cells of any multicellular organism. And if this activity is inherent in the cells of any multicellular organism, then this criterion is a key feature of an organism. 

 Developmental Biology. 

 Given that the ontogeny of any multicellular organism deterministic biological interaction (ie, genes), this feature also referred to the key areas of the body. 

 If the Earth's living matter, really, is a multiple organism, then, the activities of individuals living matter of the Earth should be similar to the activities of cells of a multicellular organism, and evolution of living matter (phylogeny) should be deterministic biological interactions, ie genes. 

 Evidence to the position activities. 

 If, indeed, live Mother Earth is a multiple organism, then, the activities of individuals of this body should be similar to the activities of cells of a multicellular organism. 

 To confirm or refute this hypothesis, we compare the activity of cells of a multicellular organism, with the activity of individual single-celled organism blue-green algae. 

 Activity of cells of a multicellular organism seeks to preserve: 

 a) their own lives; 

 b) cells of a phenotype (cell division); 

 c) the preservation of the life of a multicellular organism (the formation of the internal environment, production of bile, hormones, etc.); 

 d) the preservation of the species (reproduction of multicellular organisms.) 

 The activities of individual blue-green algae is aimed at preserving: 

 a) their own lives; 

 b) its form (reproduction); 

 c) The living matter of the Earth on Earth (specific activity - creates oxygen, which is a means of survival of living matter, that is shaped by the environments suitable for life living matter, energy converts inorganic to organic, in addition, the organism is the food (energy) for other species). 

 This example shows that the activities of individuals (blue-green algae) and the activity of cells of a multicellular organism are analogous. 

 But if the activities of individuals living matter of the Earth is similar to the activities of cells of a multicellular organism, then one can assume that at the Earth's living matter must be kinds of organisms, providing the reproduction of living matter of the Earth in the Universe, ie types to ensure the delivery of 'the germ of life' in another galaxy. 

 In fact, this species is humanity as it is now able to deliver the seeds of life on planets of other galaxies. 

 The above argument proves that the activities of individuals living matter of the Earth sent to: 

 a) to preserve their own lives; 

 b) to preserve their species (breeding); 

 c) to preserve the life of the Earth's living matter on Earth (specific activity: produce oxygen, convert the energy of the inorganic to organic form the environment suitable for life living matter of the Earth on Earth.) 

 d) to preserve the Earth's living matter in the Universe (reproduction in the universe, ie, delivery of the germ of life on planets of other galaxies). 

 If, on the activities of individuals living matter of the Earth is similar to the activities of cells of a multicellular organism, and similar types of activities of tissues and organs of a multicellular organism that, on this criterion, the Earth's living matter is a multiple body. 

 The proof of the position requirements and the means of survival. 

 As of today, is not contested that the activity of any organism is determined by the needs. From the perspective of the vital needs of the organism activity is aimed at finding and forming the means of survival. 

 Given that the activity of organisms living matter of the Earth seeks to preserve his own life to save his species, the conservation of living matter on Earth, to preserve the Earth's living matter in the universe, and the means of survival (the vital needs) is also divided into similar class 4 . 

 Having studied many of the vital needs of the classification (of survival), I drew attention to the fact that they lack two classes of vital needs: the need to preserve the Earth's living matter on Earth, and the need to preserve the Earth's living matter in the universe. And the fact that these needs exist in reality proved the organism. 

 Classification of the means of survival. 

 All means of survival can be divided into four classes. 

 1. Means to ensure the survival of the organism (unicellular, multicellular). 

 2. Means to ensure the survival of the species. 

 3. Means to ensure the survival of Earth's living matter on Earth. 

 4. Means to ensure the survival of Earth's living matter in the universe. 

 In addition, the means of survival are divided into material, social and sensual (emotions), final and intermediate, congenital and acquired throughout life, a means of survival are in the body, a means of survival outside the body. 

 First, we consider, in what media needs to survive a single-celled organism. 

 Finite means to ensure the survival of single-celled organism: 

 - Building materials (organic and inorganic substances); 

 - Energy (solar, inorganic substances, organic substances). 

 Intermediate. 

 Inorganic: 

 - Microenvironment, ie, environment organisms within habitable (physico-chemical characteristics of the environment); 

 - Macromedia, which has a micro-sites suitable for the life of an organism, or parts of the microenvironment from which you can create a microenvironment suitable for the living organism. 

 Organic: 

 - Organs and systems that use external energy for the needs of the organism; 

 - Organs and body systems using a building material to build his body and daughter organisms; 

 - Search tools microenvironment, a means of creating micro, macro funds create habitable. 

 Finite means to ensure the survival of unicellular species. 

 - Genetic breeding programs; 

 - Means of reproduction. 

 Intermediate means to ensure the survival of unicellular species. 

 - Genetic programs that ensure the survival of the organism to a state (age) of reproduction. 

 Means of survival of multicellular species. 

 Multicellular organism is a colony of cells of two phenotypes. 

 First the immortal phenotype, ie phenotype of the single-celled organisms. By the immortal phenotype are the cells that the body be divided ad infinitum. (Zooids volvoksa, stem cells, cells of the meristem. As these cells divide indefinitely, ie, they are essentially single-celled organisms). 

 The second death phenotype (somatic). By mortal phenotype include somatic cells, which made only a certain number of times and then die. 

 The problem of somatic phenotype create a microenvironment for the cells of an immortal phenotype, in which they are able to divide indefinitely. 

 Genotype of both phenotypes are identical. A somatic cells do not divide indefinitely due to blocking of genes 'immortality'. The locking mechanism works as long as required for the reproduction of such a large number of offspring, which would be sufficient to preserve this species in the environment. 

 Means of survival of multicellular species are immortal cells. 

 Means of survival immortal cell microenvironment is created by somatic cells. 

 Vehicles involved in the transformation of immortal cells to death, is a substance that blocks genes immortality. 

 Means to ensure the survival of the species living communities. 

 Finite resources 

 - Genetic breeding program 

 - Means of reproduction. 

 Intermediate means. 

 Emotions. 

 Emotions are an intermediate means of survival. They are switched on (off) those or other survival programs, as well as is the reward (punishment) for satisfaction (dissatisfaction), varying needs. 

 Material: 

 a) The organs and systems; 

 b) microenvironment; 

 c) Macro. 

 Social 

 A) Community: 

 - Family; 

 - A flock; 

 - Tribe. 

 B) behavior. 

 Program behavior. 

 - Program head; 

 - Program the slave; 

 - Democracy Programme (equally). 

 Interpersonal relations: 

 - Authoritarian (on the principles of unequal cooperation); 

 - Conflict. 

 Search for a solution: 

 - Constructive monospor; 

 - Not a constructive dialogue, not a constructive polispor. 

 Means to ensure the survival of Earth's living matter on Earth. 

 End: 

 Macromedia fit for living matter. 

 Intermediate: 

 Kinds of organisms that form the environment suitable for life living matter. 

 Program evolution to create new kinds of organisms capable of ensuring the survival of living matter on Earth. 

 Means to ensure the survival of Earth's living matter in the cosmos. 

 End 

 - 'Seeds of life'; 

 - A planet suitable for life; 

 - Means of delivery 'the germ of life' on the planet habitable. 

 Intermediate means to ensure the survival of living matter in the cosmos. 

 Material. 

 - Inorganic matter of which you can create a vehicle capable of flight to other planets, galaxies; 

 - Intelligent species (organic matter) are able to create such a remedy. 

 - The evolution of the program aimed at creating a species capable of ensuring the survival of living matter in the universe (of species are able to deliver 'the germ of life' on the planets of other galaxies). 

 Social means by which an intelligent species ensures the survival of living matter in the cosmos. 

 Community. 

 - Egalitarian small social group. 

 Behavior. 

 - Democracy Programme (equally). 

 Interpersonal relations 

 - Egalitarian (on the principles of equitable cooperation) interpersonal relationships (if not the species as a whole, at his side). 

 Search for a solution. 

 - The ability to seek a solution to the problem by constructive dialogue, constructive polispora (if not the species as a whole, in part); 

 Means of transmission, retrieval, storage of knowledge: 

 - Writing; 

 - Science. 

 Naturally, the above classification of the means of survival is not complete. However, this classification allows any study ways to refer to one of four classes of survival, and thus to predict and explain the reaction of the organism, form of living matter in general, the absence or presence of this agent. 

 To determine which class includes a means of survival, you must mentally remove the tool and suggest what would happen to an organism, species, living matter. 

 Eg. 

 Social media - the family. Most of the classifications, does not refer to the vital needs of the family. Indeed, the body of the animal species leading family life can survive for some time outside the family. But, not one kind of leading the family life will not be able to grow and raise offspring without such means as a family. Therefore, the family is the vital need and refers to the means of survival. 

 Example 2. Spacecraft. The human mind in general and in particular to the individual to survive on Earth spaceship is not needed. But, without a spaceship is not possible to deliver germ of life on planets of other galaxies. Ie spacecraft is a means of survival of living matter in the cosmos. 

 Example 3. Constructive dialogue, egalitarian interpersonal relationships, egalitarian small social group. 

 Why are these funds so rare in human history? The fact is, humanity has lived without these tools, since its existence, and could live up to the death of the solar system, ie for people and for humanity, they are not the means of survival. But to build a spaceship capable to deliver germ of life on planets of other galaxies without these funds was not possible. Therefore, this tool applies to the means of survival of the Earth's living matter in the cosmos. 

 A rare because, in order to build a spaceship, no need to create these tools of humankind. 

 The last two examples show that the means of survival of the Earth's living matter in the universe exist in reality. What is the evidence that the Earth's living matter is capable of multiplying in the universe. And if the Earth's living matter is capable of multiplying in the universe, it naturally can be recognized by the body. 

 The evolution of living matter from the standpoint of determinism and probability theory. 

 There are many definitions of the term - determinism. And depending on what content we mean by determinism, the same phenomenon, the same process we call it deterministic, a non-deterministic. Whatever, there was no confusion, I propose in the sequel to invest in the concept of determinism is a single content. From my point of view, the most successful, is underwritten concept of determinism. 

 Determinism - (from Lat. Determino - determining, defining what) - the concept of general scientific and philosophical doctrine of causation, patterns of genetic connection, cooperation and conditionality of all phenomena and processes occurring in the world. This philosophical doctrine states that the result of interaction between bodies in the process or phenomenon is defined (is determined) state and the number of bodies involved in a particular phenomenon or process, the distance between the bodies and time from the beginning of a process or phenomenon. 

 Act - is a verbal or mathematical description of the process or phenomenon. The Act is described procedure. He explains what consequence can be expected after a certain interaction between the bodies. If an event does not lead to one definite and one of two or more consequences, the situation signals: our knowledge is incomplete, has not found some, yet the underlying causes of disruptive. (Laws of the interaction between the bodies do not change, only the quality and number of bodies involved in some process or phenomenon, and time from the beginning of the process or phenomenon). From the standpoint of this definition, the Act a description of any process or phenomenon is the law. Given that, ideally, for objective reasons, it is impossible to repeat the process, and results in similar processes will be somewhat different from each other. 

 The laws are divided into static and dynamic. Dynamic laws reflect unambiguous causal relationships, which obey the determinism of Laplace. Statistical law - in terms of quantitative probabilistic relationship between the phenomena. 

 Evolution of the universe consists of many repetitive processes. Repeatable processes always differ from each other if not by the number of bodies, their quality, as well as the time from the beginning of the Galaxy (Universe). The smaller the differences in the iterative process, in order to be more similarities between the results of these processes. 

 In any process of a biological object at the same time there is a physical, chemical and biological interactions, it is a single process. But scientists have for the convenience of these interactions are delineated. 

 Chemists have discovered the dynamic laws of chemical interaction, to describe them. Knowing these laws, we can predict what will be the result of chemical interaction. Result of chemical interaction (chemical reaction) is determined by (is determined), the chemical composition of bodies involved in the process. 

 If the result is determined by the physical interaction of the physical characteristics of objects (mass, density, shape, etc.). 

 The result of biological interactions is determined by (is determined) genes of objects involved in the process. Knowing the dynamic biological laws, we can predict the outcome of biological interactions. For example, the result of the development process of human zygote is a multicellular organism, not a monkey. This interaction is described by the law: "Children of parents belong to the same species as their parents." 

 Naturally, like any dynamic law, this Act applies only under certain conditions. 

 The emergence of new species is described by another law: "Children of parents do not belong to mind their parents." 

 To date, there are two scientific hypotheses explaining the evolution (the emergence of new species) of living matter.