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Nano-technologies - what is it?

Nano-technologies are notable for work in the range of nano dimensions. Nano-meter - is negligibly small dimension, its size can be compared only with atom. Therefore, nano-technologies work not with substance, but its compound particles - atoms.

Nowadays nano-technologies are developing in the three directions: First, production of molecule or atom sized circuits. Second, fabrication of the same sized mechanisms. And third, item assembling of molecules and atoms.

Nano-technologies discover new world in many directions.

Nano-tecnologies cardinally change our view on visual environment. Currently, new direction - alti-technologies - is developing as the improved nano-technologies for practical application in engineering, quantum mechanics and nuclear physics.

Today we are able to use advantages and new possibilities of nano- and alti-technologies in:
  • medicine, including aerospace;
  • pharmacology;
  • geriatrics;
  • nation's health protection under conditions of growing technologic crises;
  • global networks and info-communications on alternative physic's principles;
  • systems of extra long communication;
  • car, tractor and aviation industrues;
  • traffic safety;
  • info-security systems;
  • solutions for megapolis ecological problems;
  • agricultural industry;
  • solutions for domestic water supply and sewage water treatment;
  • conceptually new navigation systems;
  • natural mineral and hydrocarbon resources recovery.

Worked out in 1991 and based on advanced investigation, quantum alti-smart devices are to be 'alive automatic devices'. All technologies were tested in multiple pilot projects and long term practical application. Nowadays the offered devices have no compatibles in the present day high-tech market.



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Nanotechnologies - what are they?
Nanotecnologies radically change our idea of the environment. A new direction - altitechnologies - is further development of nanotechnologies for practical application in engineering, quantum mechanics and nuclear physics.
Nano-medicine what is it?
Modern medicine begins active use of nano-technologies gains and thus develops its new direction i.e. so called nano-medicine.
Nano-robots (cyborgs) capable to repair cells
Unfortunately, modern medicine has to start treatment after the illness has not only manifested and progressed in the body, but also managed to "strengthen" there, otherwise doctors could not make a diagnosis.
Use of nano-computers with artificial intelligence in nano-medicine
Doctor switches on nano-computer system that estimates the state of Your organism at cellular level by itself, then makes decision and starts the regeneration of organs, systems and tissues of the organism. As a rule, in 10 minutes the pain syndrome begins to ease, and You are all right after 10 procedures.
Nanotechnologies discover a new world in a variety of ways.
Owing to science-based reserves of military complex of USSR and enthusiasm of Russian scientists, new philosophic basis and processing platform for industrial applying of nano-technologies were created. At present one can say with certainty that Russia takes leading position in development of nano-technologies. Today we are able to use the advantages and prospects of nano- and altitechnologies.
"Undulatory apparatus and the technique of accelerated incorporated radionuclide removal out of human organism"
The most significant ecological safety problem of today is active environment contamination by radioactive isotopes.
10 ways to save health and brain from mobile phone radiation
"The fact that people willingly expose their brain to microwave radiation of mobile phones is the largest biologic experiment on human being in history. "
Analytic information on researches in the field of nanotechnology
Comparative analysis of scientific researches and applied alti-technologies correspondence in technologically developed countries.
Preliminary results of transdermal "quantum SIM-medicines" clinical tests
Theses of the report "Preliminary results of transdermal "quantum SIM-medicines" clinical tests"
Reasonable quantum-mechanical computer system

SOI Technology in the manufacturing of silicon wafers for micro- and nano-electronics by quantum micromechanics methods
The key task of semiconductor industry is to produce silicon substrates of high quality using "silicon-on-insulator" (SOI) technology. There has been worked out the silicon wafer manufacturing technology that uses the quantum micromechanics methods
Some solutions for tackling the problems of technosphere and megapolis environmental safety
The work defines urgent technosphere problems and main factor damaging megapolis ecological environment. Certain examples show possible ways to remediate human environment in the age of technosphere development. We give the list of practical works based on fundamentally new alti-technologies, permitting to solve various application tasks in ecology, medicine, industry and agriculture.
"Living computers" for "Clever cosmetics"
At present, it is possible to produce so-called "clever cosmetics" commercially, using advanced "living machines" technologies. These creams find out and eliminate the problem themselves; they "know" where the skin is dry and where it is oily, when it needs nutrition or moistening. Such creams should be used only once a day.
Microminiaturization and cyber organisms "constructor" of artificial nano-components
Microscopic robots will automatically assemble themselves of nano-robots to perform a particular single task and, having accomplished it, disjoin to billions of microscopic robots ready to assemble a new robot for other task.

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