jabrik edan: synthestech

HALLO DEAR ALL COMMUNITY.

Nowadays, there is a huge demand for a number of valuable chemical elements like palladium, ruthenium, rhodium, osmium, iridium, platinum and some others.
The demand for isotopes (varieties) of chemical elements has also arisen over the past decades.
Valuable elements and isotopes have characteristics that are in demand in many modern industries (microelectronics, transport, energy storage) and also have special properties in the treatment of diseases.

ABOUT THE PROJECT

LENR Transmutation of chemical elements is a transformation of some chemical elements into another ones.

We have already achieved successful experimental results. We have obtained platinum-group metals and other chemical elements as a result of LENR Transmutation. But these experiments yield so far just grams of substances. Now our task is to transfer the process of LENR Transmutation from experimental to the industrial level. Therefore we need tools, necessary equipment, and additional personnel.

Chemical elements derived from LENR Transmutation will find application in Industry, Medicine, Science, and Finance. First of all, what drives us along is a quite practical task - to achieve serious commercial results. The implementation of our project should give a large-scale financial effect.
WHAT IS LENR TECHNOLOGY?

Low Prime Cost
The cost of synthesis carried out by cold transmutation of platinum-group metals - platinum, palladium, rhodium, ruthenium, etc. and, if possible, gold, can be 2-3 times cheaper than production using traditional methods.

Stable Elements
Elements as a result of cold transmutation are stable.

High energy potential

Elements obtained by cold transmutation, presumably, have an increased energy potential, and are able to transmit this in the form of microelements, entering into chemical reactions in a human body.

Commercial efficiency of LENR-transmutation
What makes LENR-transmutation different from other methods of obtaining chemical elements? First of all, it is the prime cost.
Valuable elements - platinum group metals and gold are extracted from natural resources using a traditional method and cost nowadays $ 25- $ 35 per gram.
The average prime cost of their extraction is close to these figures. In the richest and most efficient natural deposits, the prime cost of gold mining, for example, can be reduced to $ 20 per gram. But there are not many deposits and further cost reduction is complicated. And it is almost impossible to increase production rates,
since all available natural deposits are already being used in one way or another.

The prime cost of transmutation by high-energy nuclear fission reactions is simply enormous and ranges from $ 10,000 per gram, reaching millions of dollars.

The same fact relates to isotope separation. The point is that for transmitters of chemical elements through high-energy nuclear fission reactions, particle accelerators require reactors, the cost of which starts from the tens of billions of dollars, for example, the Large Hadron Collider. Working with such technical equipment requires, apart from huge expenses, complex management, multiple personnel, a radiation safety system and huge amount of electricity. The prime cost of high-energy nuclear fission reactions is justified by scientific research.

Three main areas of work are planned:
• Transmutation of low-value starting elements into rhenium, osmium, iridium, platinum, ruthenium, rhodium, palladium and, perhaps, gold;
• Transmutation of low-value starting elements in order to obtain nonstandard isotope mixtures and individual isotopes of stable elements;
• Paracelsus, European physicist and physician. Paracelsus, European medicine and physician.

Researchers are facing the following tasks:
1. Analyze in detail the processes of occurring in reactions, previously discovered by "Synthestech" group;
2. Using the achieved data, select the most technologically and commercially prominent Cold Transmutation of chemical elements;
3. Develop optimal conditions for a specific LENR-transmutation reaction;
4. Create and test different modifications of reactors for Cold Transmutation of chemical elements; elaborate equipment constructions, materials, tools and so on; select optimal ratios of components of reagents mixture;

5. Produce a pilot batch of artificially received elements.

Token Sale Details
Token sale is held by the company ST Global inc. company incorporated in Belize.
ST Global inc. company conducts research studies of the phenomenon of the cold nuclear transmutation of chemical elements, in particular, the transmutation of low-value elements into valuable ones. The ultimate goal of our research work is development of commercially applicable technology.

Commercial name of the project is Synthestech
Name of Token: Synthestech Token, (Ticker STT)

The total token emission during the Token sale event is 18,000,000 STT tokens. This entire quantity of Tokens grants 36% of the profit received from the commercialization of technology. Payments to the token holders will be made automatically, to the address of the Ethereum wallet which they are using at the time of payment, at the current Cryptocurrency exchange rate of Ethereum to US Dollar.