Shungite Nanomatrixes: Origin of Life and Drug-Free Healing
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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.
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Shungite Nanomatrixes - Eduard Vaganovich Osipov
Shungite Nanomatrixes: Origin of Life and Drug-Free Healing
Eduard Vaganovich Osipov
Copyright © 2024 Eduard Vaganovich Osipov.
All rights reserved.
Published by Eduard Vaganovich Osipov
ISBN 9781326944056
Preface. Reproduction of the morphology of particles of Inanimate Nature by the structures of plant seeds from Living Nature.
On the cover of this monograph, the Nanomatrix
symbol, already known from previous editions [1], is used, and at the bottom of the cover:
1) The international fullerene symbol, which are the main architect of Nanomatrixes. Intermolecular organization of Nanomatrixes formed because of self-organization (the main method of molecular nanotechnology) is a complex molecular center of the core (natural fullerene) - shell (hydrate or solvate and hydrate) type. 2) The international recycling symbol shows the possibility of self-regeneration
, i.e. reuse of shungite due to the catalytic oxidation of sorbed organic substances to CO2 and H2O, freeing its surface for new acts of sorption and launching self- purification and recovery processes in the purified water. Moreover, this symbol may be associated with the ability to reproduce the morphology of particles of Inanimate Nature by the structures of plants of Living Nature.
The process of fullerene synthesis is catalyzed by the fullerene itself, that is, the process of reproduction (replication) occurs, which is still considered an attribute only of living matter.
In addition to the possible participation of Nanomatrixes in the origin of life on Earth, this monograph describes in detail a new concept of protection from electromagnetic radiation and psychological relaxation (Chapter 6), as well as new possibilities for drug-free healing using Nanomatrixes (Chapter 7).
This monograph is a logical continuation of a series of monographs which published by the US publishing house LULU.com
[1], including Nanomatrix of Health from Shungite
, Shungite: from Mystification to Reality
.
The key to writing this monograph was the first time we discovered an amazingly complete reproduction of the morphology of a particle from inanimate Nature - a carbon fullerene-like quasi-crystalline particle obtained in the process of aqueous extraction of fullerenes from the shungite rock of modification Sh-III - structures of plant seeds from living Nature (Fig.1 -7):
Fig.1. Micro photo of a carbon fullerene-like quasi-crystalline particle [2].
-------------- 0, 5 millimeter
Fig.2. Micro photo of opium poppy seed freely available on the Internet [3].
Fig. 3. Optical micrograph of a fullerene-like quasi-crystalline particle obtained in the process of extracting fullerenes from Nanopowder of Sh-III with water.
Fig. 4. Optical micrograph of a fullerene-like quasi-crystalline particle at the stage of its folding and further growth of a carbon sulfide filamentary crystal upon contact with water [2]. Compare: the diameter of the C60 molecule = 0.714 nm, the dimensions of fullerene-like quasi-crystalline particles ~1, 4 mm, those 2 million times more. So unlike fullerenes the dimensions of fullerene-like quasi-crystalline particles comparable with size of plant seeds.
The uniqueness of shungite Sh-III (see Chapter 2) lies not in the fact that they can contain natural fullerenes, but in the fact that when Sh-III comes into contact with water, under certain conditions, the process of self- assembly of water-soluble complex molecular centers (Nanomatrixes) is possible.
All our attempts to obtain similar fullerene-like quasi-crystalline particles from Shungite-like rocks from other deposits (including from the Mangampet rocks, which were kindly sent to us from India) did not give positive results (see below).
The icosahedral or fullerene-like self-organization a number of natural objects (pollen, viruses, etc.) is well known. However, we only first reported the self-organization of carbon fullerene-like quasi-crystalline particles, which took place during the aqueous extraction of natural fullerenes from the Sh-III rock, only in 2002 in the International Journal of Carbon [2]. In 2011, the Nobel Prize was awarded for the discovery of quasi-crystals. Quasi-crystals are a cross between amorphous solids and ordinary crystals. The classical crystal lattice has long-range order, and its symmetry can be multiplied indefinitely. Quasi-crystals do not have a regular structure, which gives them special properties, which, however, have not yet been fully studied. Perhaps the pentagonal symmetry we discovered in a carbon fullerene-like quasi-crystalline particle, which is characteristic only of living Nature in contrast to hexagonal symmetry in crystalline bodies, is an intermediate link between living and inanimate Nature. In addition, the self-organization that we discovered based on natural fullerenes is intermediate between the smart
self-assembly of biological structures and the self-assembly of other materials [4]. Pentagonal symmetry is an intermediate link between living and non-living Nature. Fullerene-likeness is widespread in Nature. For example, radiolarians are microscopic planktonic animals that live in small quartz domes made up of hexagons and pentagons. There are many pentagonal symmetries in living organisms, but only hexagonal ones in inorganic materials. A similar form has been known for a long time and is among the semi-regular forms of Archimedes; in addition, a drawing of a wooden model of this form made by Leonardo da Vinci has been preserved. At the beginning of the last century, Academician V.I. Vernadsky [5] argued that living matter is characterized by a unique degree of symmetry:
The axis of symmetry of the 5th order, inextricably linked with the golden or divine section, reflected in our awareness of beauty, which occupied the thoughts of Leonardo da Vinci, Johannes Kepler and others, is an axis that plays a prominent role in the morphology of life forms, but in crystallography impossible. And she really isn’t there.
Introduction. Carbon fullerene-like quasi-crystalline particle – a model for the formation of the structure of plant seeds.
In general, everything in a seed is important and thought out as much as possible. After all, this is the future, hope for a new life, continuation of the family.
Nature is strict in this matter. The slightest deviation in the worse
direction and such a seed simply will not germinate.
The seed of a plant is a generative organ. A whole plant grows from it. They are very diverse in shape and appearance, but the structure of all seeds is similar. Plants, like all other known living organisms, transmit their characteristics using DNA. At the center of every plant cell (from algae to orchids) and at the center of every animal cell (from jellyfish to humans) is a copy of the organism's genetic material. DNA carries the complete blueprint of an organism. This is what passes properties from one generation to another. However, in the case of the structures of various seeds of plants from living Nature reproducing the morphology of a particle from inanimate Nature (a carbon fullerene-like quasi-crystalline particle) not all generally accepted patterns worked in the previously known way. In this case, plant seeds did not transmit their characteristics using DNA.
Nature carried out a copy of the genetic material of the organism and its complete reprint by borrowing the morphology of a particle from inanimate Nature - a carbon fullerene-like quasi-crystalline particle obtained in the process of aqueous extraction of fullerenes from Sh-III. What appeared on Earth first: the Shungite rock or vegetation? There is no doubt about it: Shungite is about 2 billion years old! Only much later did forests emerge, from which coal deposits were later formed.
The age of the oldest coals is estimated at approximately 300–350 million years [9, 10]. Consequently, over a period of more than a billion years, the possibility of the appearance of a carbon fullerene-like quasi-crystalline particle from Sh-III and water was significantly ahead of the appearance of seeds of living plants and had a significant impact on them, as evidenced by the photographs in Fig. 1-7. Seeds of life: plants under a microscope:
C:\Users\eosip\Pictures\germinating-poppy-seed-steve-gschmeissner.jpgFig .5. Germinating poppy seed freely available on the Internet [8]
C:\Users\eosip\Pictures\4.jpgFig. 6. SEM micrograph of a carbon fullerene-like quasi-crystalline particle obtained in the process of extracting fullerenes from water–Sh-III extract [4].
C:\Users\eosip\Pictures\11.jpg-------------- 0, 5 millimeter
Fig.7. Poppy seed under a microscope freely available on the Internet [6].
Therefore, the reproduction of the morphology of living plant seeds with the structure of a particle from inanimate Nature is not a coincidence, not a hypothesis, not an assumption, but a real fact of the fulfillment of the laws of Nature. To understand this fact, it should be taken into account that fullerenes are a connecting link between organic and inorganic matter. And since fullerenes have long existed in Nature, albeit in small quantities, it is quite possible that the emergence of life in the prebiotic era is not the primary act of its origin and this process, under the influence of fullerenes and fullerene-like structures, occurs continuously, affects the development of life, tests it existing forms and forms new ones [4]. Below are several hypotheses about the significant influence of fullerenes on the origin of life on Earth.
Chapter 1. Hypotheses regarding the influence of fullerenes on the origin of life.
1.1. Life is not a singularity.
The connection between fullerenes and the origin of life is analyzed in [11]. The authors believe that due to the unique properties of fullerene, this pure carbon molecule was the earliest progenitor of life. Fullerene acted as a stable, universal biological matrix on which small molecules spontaneously assembled and then, through further assembly, formed a surface mantle of larger molecules. The authors argue that this process, due to its inherent flexibility, initiated evolution, allowing the emergence of parallel, diverse lines of the surface mantle, selectively responding to a changing spatial environment. For example, surface mantle lines coated with nucleotide and peptide layers are thought to be the primary precursors of the ubiquitous