Synthestech - We are developing the most significant innovation of ...

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 treatment of diseases. However, there are some significant factors limiting the supply of valuable elements and isotopes, since they are not widely spread in nature. The traditional way of obtaining valuable elements, which is extraction of such elements from natural deposits, is no longer able to keep up with the growing demand.

Modern nuclear technologies are the so-called high-energy nuclear reactions that can create valuable elements and isotopes by means of nuclear transformations, but they are incredibly expensive and lead to environmental disasters and the results are unstable. Therefore, the only industry where the splitting of atom is used today is power engineering. At the same time, since ancient times mankind is working on another method of obtaining valuable elements and isotopes - Low-Energy Nuclear Reactions (LENR). It is a transformation (transmutation) of certain chemical elements into others in their natural environment, without using enormous amounts of energy for the atom splitting.

The last period of the 20th century and the beginning of the 21st witnessed a huge breakthrough in such technologies. First, practical proofs of LENR reactions in power engineering were collected, then a homemade low-energy nuclear reactor that generates electricity was built, facts of nuclear reactions taking place in nature, were systematized and studied, and results of biological nuclear reactions using bacteria were obtained. Today the time has come to take the next step - to master the technology for turning cheap elements into valuable elements and isotopes by means of low-energy nuclear reactions.

A new era has come
Technologies are changing the world.
What previously seemed to be impossible, today is already the reality.
The time for changes in nuclear physics has come.
It’s time to save the planet.

Decentralized systems change the paradigm of decision-making, and there is no doubt that the world will abandon high-energy nuclear reactions and return to natural processes, and then will go further to new heights in technologies for obtaining valuable elements technologies of Cold Transmutation of elements of “Synthestech”

This project is about mastering the technology for cold transmutation of chemical elements. In other words, it is a process of transformation of some chemical elements into others. From cheap raw materials, which are abundant in nature, by means of combined low-energy impacts, we can obtain valuable elements — starting from platinum-group metals and gold, ending with some more valuable elements and isotopes. An important detail here is the concept “low-energy”. In the modern world for this concept the abbreviation LENR (Low-energy Nuclear Reactions) is used. The thing is, there already exists a high-energy transmutation, which occurs, for example, in a nuclear explosion. This is what nuclear weapons and nuclear power plants are based on. It is a nuclear fission reaction. It is an environmentally dangerous and insanely expensive technology.

Tokens allocation:

3 000 000 Early investors exchange fund
150 000 Bounty campaign
600 000 Pre-Sale
14 250 000 Crowd Sale (ICO)

Unsold tokens will be reserved by the Issuer and will be later put up for sale.

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 cold nuclear transmutation of chemical elements, in particular, 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)
Cost of 1 STT is equal to 1 USD*
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 Ethereum wallet which they are using at the time of payment, at the current Cryptocurrency exchange rate of Ethereum to US Doll.

*The issuer reserves the right to raise token prices only at the stage of Crowd Sale

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 obtained as a result of 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.

Why STT Tokens are destined to skyrocket?
Synthestech is the world's first independent laboratory designed for the technology development for production of platinum and valuable isotopes through Cold Fusion. This is a real disruptive technology in chemistry. The time of great changes has come, but not in the blockchain protocols (those good days are gone), rather in Cold Fusion. If this word is new to you, then you should keep it in mind, since the whole world will be talking about it soon.

What's important is that we have already achieved first results and they are stunning, but not yet stable. In order to deliver stable results, we plan to build a Cold Fusion laboratory to carry out hundreds of tests every day. This will enable us to develop a technology for the production of platinum metals and valuable isotopes on a commercial scale. The development rights will belong to the Synthestech laboratory, and the rights to profit from the developed technology will be recorded in the blockchain protocols.

In order to raise funds for the construction and laboratory equipment we launch a crowdfunding campaign selling 18 million STT tokens, which grant the right to receive 36% of the profit coming from the developed technology.

Nowadays, at the ICO stage, the price of 1 STT = 1 USD. Depending on the laboratory configuration, we set several levels for fundraising, upon reaching such, we raise the price from 1 USD to 2 USD per 1 STT.

The estimated price of 1 STT token in 2 years - is $ 450. The calculation is quite simple. Development of only a third part of the platinum metals' market by implementing our technology offers the prospect of making annually a profit up to $4.5 billion or $90 in revenues per each STT token issued.

Provided the stability of these figures, the annual cash flow of $ 90 per token should be Butworth, at the most conservative estimate, not less than $450 (at 20% discount rate).

In the course of our researches, we will vigorously maintain the strengthening of the STT token by providing the public with up-to-date information regarding our project development.

Moreover, the STT token, under any circumstances, will be secured with real tangible assets - the modern chemical laboratory complex for Cold Fusion technology implementation.

Invest in Synthestech. https://ico.synthestech.com/

ROAD MAP