This technology has been developed since the 1990s in Uzbekistan by a group of scientists. During its development, the territory of the CIS was utilized, along with collaboration with many research institutes.

About

Certification.

Testing was conducted in CIS countries (State trials in Uzbekistan and research in Tajikistan, Kazakhstan, Russia, and Ukraine). Recommendations and conclusions from Research Institutes and certificates from state-standardized and specialized laboratories are available.

Logical Justification and Fundamental Principles of the Technology.

The project is based on the discovery of a method to overcome the natural defense of the plant embryo cell against unauthorized access. Overcoming this defense allows for the artificial and targeted (harmonious) influence on the molecular apparatus of the bio-object (embryo) and, through it, the growth and development of the entire plant.

In the technology based on this discovery (principle), the seed material is subjected to an ultra-low energy-information electromagnetic field with a frequency of 1-16 Hz and special directionality, created by a modulator (weighing 2 kg, powered by 12 volts), for 11 minutes. The generated field includes 768 parameters of the natural external field, perceived by the bio-object as controlling.

When the seeds are exposed to electron-paramagnetic resonance (EPR), free, stable radicals are formed in the seeds. They are formed in the embryos and cotyledons in an amount of 7x10⁹ radicals per gram of dry mass (Kuzin A.M.). The numerous radical centers formed by EPR accumulate absorbed energy. As is known, the absorbed energy of quanta and photons in ordered protein systems migrates through these centers and appears in the radical-active centers, not in random locations of photon hits, but in the most reactive structures (Szent-Györgyi).

Planting the seed and planting material in the soil and its swelling (initiation of the growth program) triggers radio-chemical and oxidative processes caused by the activation of such enzymes as peroxidase, lycoxidase, polyphenoloxidase, etc., which, in turn, leads to the formation of active substances such as quinones and peroxides. At the same time, changes caused by EPR in the initial physiological process (dry seeds) lead to changes in the subsequent physiological processes, which determine the effect of long-term action. The first effect is expressed in an increase in mitotic activity in the meristem of rootlets (an increase in the number of mitoses, leading to an increase in the number of cells) and in the acceleration of nuclear division and DNA synthesis. Further, the long-term effect of seed treatment is manifested in additional branching of vegetative and generative plant organs, followed by an increase in the number of fruits and their qualitative and volumetric characteristics. In practice, these three effects appear as follows (using wheat as an example): 1st – during the first 10 days after the initiation of the growth program, there is an advanced (by 3-4 days) growth of roots and shoots; 2nd – the presence of stems per 1m²: test - 496, control - 395, growth 125.6%; 3rd – the presence of grains in the ear: test - 26, control - 23, growth 113% and the weight of 1000 grains in grams: test - 28, control - 26, growth 107.7%. The overall effect is 152.9%. The overall percentage effect can be increased by placing the bio-object in the so-called resonance field, which is determined by the author of the technology.

The mechanism of electromagnetic impact on living cells, transformation, and utilization of energy within them follows universal physical and chemical laws. The primary process is the transition of molecules of a substance to an electronically excited state. The excited molecule undergoes chemical transformations accompanied by the formation of free radicals and charge-transfer complexes. In our specific case, the increase in charge transfer volumes within the bio-object is a direct consequence of exposure to the induced energy-information magnetic field.

The key point is that modern scientific interpretation recognizes the presence of informational code interaction between the environment and the bio-object, which, in practice, confirms the proposed technology.

In this technology, the ability to artificially influence the cell achieves two goals: 1st – additional saturation of cell molecules with energy; 2nd – transmitting controlling information to the cell, which ensures the reforming (encoded in the genes) of the growth and heredity transmission program – a program that has been passed down to the embryo in a declining manner (increasing entropy) from the previous generation (parent).

11 minutes of treatment is the optimal time to transfer the necessary energy and complete information to the seed material for changing the morphology of the future plant (determined experimentally). The volume of treated seed material and the type of agricultural crop do not matter. The diameter of the impact of the spherical electromagnetic field of the apparatus is up to 100 meters, allowing for the treatment of seed material over an area of 8,000 m² at a time, significantly increasing the efficiency of treatment and enabling industrial-scale operations.

The technology is not energy-intensive, is environmentally clean, and safe for wildlife, and is adapted for field use. It does not involve "breaking" the natural protection program of the plant embryo, thus not disrupting the harmony created by nature through evolution.

Access to the cell has a high degree of protection (one successful attempt in 2,000). The developed algorithm for overcoming the defense allows for a 100% success rate of entry with one treatment.

Other Potential Applications of the Technology The fundamental principle of the technology and its technical implementation, with additional research, can be used wherever there is an embryo and a living cell. Example: poultry farming - egg; animal husbandry – sperm, etc. However, these would be separate projects.

Competitive Advantages.

Competitive Advantages of the Technology Evaluation In addition to the significant differences in the product's volumetric indicators, farmers have the opportunity (on an ongoing basis) to use planting material of their own production (previous harvest) and, due to the increased productive and reproductive properties of the seed and planting material (rather than a decrease, as in all other technologies), independently bring yield to the upper limit of the variety's potential over several years (up to 4 years, depending on the original class) with annual treatment before planting with the technology.

Legal Question: The technology is in the know-how mode. The technology is not patented.

Our work is implemented in several steps:

  1. After an agreement with the farmer (according to the contract), our team goes to the location of the seed material and measures the longitude and latitude of the area.

  2. The longitude and latitude data are sent to the author of the technology, who calculates the day and time of seed material processing (seasonal time schedule).

  3. Having agreed with the farmer, our team travels to the location of the seed material at the appointed time and processes it with the apparatus, in accordance with the specifics of the technology and the seasonal time schedule.

  4. Laboratory and phenological observations are conducted until harvest, and the quantitative and qualitative characteristics are recorded. All data is entered into a special form and signed by both parties, as well as, if available, by independent experts from research institutes.

  5. Using the apparatus without the seasonal time schedule is not allowed and may lead to a decrease in yield or a null result.

  6. The apparatuses are not for sale.

  7. According to the Berne Convention, the copyright is protected by a book where the author describes his technology without revealing the secret.