crypto: SYNTHESTECH

SYNTHESTECH

A new era has come Technology is changing the world. What was previously impossible, today has become a fact. Now in the short time has come Time to save the planet. So, let's understand what a synthestech project is.

What is a SYNTHESTECH Project?

This project is about mastering the cold transmutation technology of chemical elements. Cold Transmutation (LENR) of chemical elements - is a breakthrough, an innovative technology for converting one chemical element into another. Cheap elements become valuable.
It is possible to acquire platinum group metals and other valuable elements, including gold, from cheap materials by artificial means.

The ability to synthesize chemical elements will change the economy in a much more significant way, compared to blockchain technology.

Cold Transmutation phenomenon is found in recent decades. SYNTHESTECH Group developed this technology; they have done hundreds of experiments and achieved phenomenal results. Among these results is obtaining platinum group metals.

Blockchain - is a technology for recording information about its value and transactions; it is virtual information.
Cold Transmutation - is a method of producing value, physical and objective.

What appeals to Synthestech

Developers are interested in the project's financial success;

Currently only the use of innovation that makes it possible to turn commercial projects into highly profitable businesses;

Even the naked eye shows that the commercial potential of cold transmutation is enormous. There are all the prerequisites for turning into a serious player in the platinum market, whose annual turnover is around 14 billion. Dollar;

300 studies confirm that cold transmutation is a reality;

The team assembles like-minded people who know how to think constructively and have a strong desire to succeed;

In the framework of the synthestech project the introduction phase of scientific development has begun.

About technology.

The operating complex entering the cold transmutation process converts the various chemical elements into another.
New developments make it possible to obtain valuable and scarce compounds in the quantity required without the use of a strong energy source. The experiment on transforming tungsten into platinum was successful.
Our team performed over 200 trials, a surprising result. Now we can change some substance to others.
But the research work is not finished yet. Our next step is the transition from laboratory tests to the introduction of technology into industrial production.

Three basic units of work are planned:

Transmutation of inexpensive components begins in a valuable component for obtaining components such as metals, osmium, iridium, platinum, ruthenium, rhodium, Pd and possibly gold;
Transmutation of early low intensity components mixes standard atom and individual isotopes
Transmutation of various early components to obtain bioactive components for medical functions with properties recorded in ancient Indian and ancient Indian medicine sources, in addition to medieval human works of science and physicians.

The researcher faces the following tasks:

Carefully analyze the processes occurring in the reactions detected by the Synthestech group;
Using the knowledge gained, select sophisticated technology and commercially promising ways to transform some components into other components to perform an in-depth analysis of the specific cold transformations of chemical elements;
Development of optimal conditions for specific LENR transmutation reactions;
Create and test very different reactor modifications for the cold transformation of chemical elements; development of structural devices, materials, equipment, etc.; select the optimal comparison of the mixed reagent elements;
To create an experimental batch with the help of the artificial means obtained by the component.

The Most Important Question is is the Project commercially viable?

Cold Transmutation technology of chemical elements (LENR-Transmutation) is an area that has huge commercial potential. Elements that can be obtained by using cold transmutation, will be much in demand in finance, industry, medicine in finance, industry, medicine. Implementation of this technology can lead to the creation of new industries. Value added and profit can reach thousands of percent. Project capitalization can grow ten-fold as soon as the new "Synthestech" laboratory begins to operate.

Will there be a market for artificial METALS?

To understand this let us take the example of one of the most valuable metal Platinum.

It is well known that the global platinum market (not taking any other metal from the platinum group) is currently around 8 billion US dollars. What makes this metal irreplaceable?

Platinum is a chemical element of the transitional metal group, period 6 of the Mendeleev periodic table and, due to its unique nature, belongs to the precious metal group.

Due to its very low abundance in the Earth's crust, platinum is considered a rare earth element and almost never occurs in its pure form.

Today, the demand for this precious metal continues to grow. The unique chemical and physical properties of Platinum enable it to find applications in a variety of industries and national economies.

Due to the wide platinum trading market, the demand for these metals is always high, which is a key to high prices. World Platinum Investment Council (WPIC) Platinum Quarterly estimates a platinum market deficit of 15,000 ounces this year. According to WPIC, platinum demand will grow by 2% in 2018 to 8.03 million ounces and the deficit in the market will remain for at least the next six years.

The increased use of platinum autocatalyst also makes a significant impact on demand, as almost all new cars are equipped with Emission control systems. In addition, do not forget that the natural reserves are exhausted, which makes platinum mining more complicated.

And Here Comes Team SYNTHESTECH. This directs its power to the development of technology for the synthesis of platinum group metals. The production of platinum industry through chemical cold-chain transmutation (LENR / Cold Fusion) will make platinum more available for use in industry, medicine, finance, jewelry. This allows us to be confident that the ready market for platinum is guaranteed.

The included Participation Procedure is mainly considered because the entire system is based on it. As a Low Energy Nuclear Reaction - LENR or transmutation means the conversion of basic materials into gold or silver either naturally or artificially, which also produces energy. thus, SYNTHESTECH focuses on converting elements or raw materials into valuable chemical elements of interest in many branches of modern industry such as medicine, pharmacology, microelectronics & industry, etc. It is also worth mentioning that high-profile scientists / experienced researchers have been entirely devoted to tasks that reflect the quality of the implementation of the idea.

Why 'SYNTHESTECH' Although sufficient research work has been completed but the goal remains not left empty, the same is continuing, and 'SYNTHESTECH' is also looking to apply practical tested theory by developing a laboratory complex with the installation of all necessary analytical tools, which definitely require enough investment. For the purpose of obtaining investment; Considering the popularity of ICO usage and Token sales is now being carried out by various projects as well. 'SYNTESTECH' has started an ICO campaign that will not only attract practitioners but also investors for profit. SYNTHESTECH is one of the most promising and reliable projects among ICOs with a good success rate.

Produce Nuclear Reaction with Big Energy:

High-energy root reactions - are technologies that can be used in energy atoms. In essence, targets are bombarded by the intensity of the charge that is accelerated by magnetic fields and magnetic fields. Such an impact is nuclear transmutation in chemical elements that escape with radioactive emission and conversion of one element (isotope) into another (isotope) element. John Cockroft and Ernst Walton in 1951 received the Nobel Prize in Physics for their pioneering work on "Transmutation of atomic nuclei with artificially accelerated atomic particles.

This technology generates the following issues:

Ecological Risk Accelerators produce a lot of very dangerous radioactive waste. The nuclear accidents in Chernobyl and Fukushima have shown that high-energy automated technology.
initial production costs All that is very expensive and very expensive, because the cost of the accelerator is very high. For example, Californium-252 (252Cf) costs more than $ 10 million per gram, and only large central players are capable of producing the product.
Unstable results Reactors and accelerators produce most of the radioactive and isotope elements. The gold produced from mercury turns into mercury or chains, emitting harsh radioactive radiation.

Empirical

Repetition of experiments with different parameters (about 2,000 experiments).
Selection of samples with small periodicity period (about 6-10.000 samples).
Formalization of accepted results.

Theoretical

Based on the work data obtained, the composition will be analyzed, the graph will be constructed to determine the initial and accepted elements. Based on this data, the facts about transmutation elements make sense. An experiment will be made for the price of the proposed hypothesis.

Application area

Research results can be in demand in many industries. Here are some potential application areas.