I) Shungite Nanomatrixes: origin of life. The participation of Nanomatrixes in the origin of life on the Earth is confirmed by indisputable facts, which visually demonstrated for the first time: 1. The complete reproduction of the morphology of a particle of inanimate Nature - a carbon fullerene-like quasi-crystalline particle - with the structures of plant seeds from living Nature. 2. The self-assembling of carbon fullerene-like quasi-crystalline particles in the aqueous extract of Sh-III. Perhaps the pentagonal symmetry existing in such particle is an intermediate link between living and inanimate Nature. Moreover, the discovered self-organization based on natural fullerenes occupies an intermediate position between the smart self-assembly of biological structures and the self-assembly of other materials. 3. The result of self-assembly of unusual supramolecular carbon structures in an aqueous extract of Sh-III from low molecular weight carbon, graphene, graphite-like packets and natural fullerenes. Self-assembly of these components occurs because of a continuous process of self-organization on a matrix, the role of which is played by Nanomatrixes. Thanks to Sh-III surprises, which are the key to the self-assembly of carbon fullerene-like quasi-crystalline particles, it was possible to discover completely new properties of Sh-III, capable of creating unknown morphologies of well-ordered carbon particles. 4. The present of natural fullerenes in the water-Sh-III extract (although fullerenes are not soluble in water) is due to the morphology of well-ordered fullerite particles formed on the CS substrate. These facts showed that Nature could create carbon fullerene-like quasi-crystalline particles from aqueous-Sh-III extracts during a long time (a billion years before the appearance of vegetation). Thus, the method of natural self-organization of fullerene-like quasi-crystalline particles in the Sh-III modification of the Zazhoginsky deposit in Karelia, which has been in contact with water for billions of years, has been restored.