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DateDate: 20-04-2019, 06:41

 
 

Personal non-material and proprietary rights to the invention belong to the author, and are protected according to the norms of the current legislation.
 For a complete set of the system, the smart sleep "Innovator" lacks a few more elements. The "Innovator" platform and the author of the original idea present to your investment attention the following element - a smart blanket "Innovator".
  Each element of the smart-sleep system "Innovator" has its own purpose. That smart blanket is endowed with several smart features.
  First of all, a smart blanket in its internal structure has a natural filler and inflatable elements. Inflatable elements can change the sizes of a blanket if necessary both in thickness, both in width and length. Compact and light compressors will not be visible to the user of this smart blanket.
  Secondly, the smart blanket has in its structure magnetic flexible elements that prevent the blanket from sliding off the bed during sleep, and not only. The internal movable, magnetic mechanism in the smart bed, in automatic mode, with the help of these same magnets can correct the blanket.
  Thirdly, the smart blanket has flexible light elements that can change the color of the light radiation depending on the programmed functions. Naturally, all these processes are controlled and programmed by the mobile application smart dream "Innovator".
 Also, the blanket will have several smart functions - built-in alarm clock, sensors that will determine your body's body temperature and its respiration rate.
  So, we have the following, but not the last, element of the smart-sleep system "Innovator" for your investment viewing.
  The idea is open both for investment and for full redemption.
  +380505238948

DateDate: 20-04-2019, 06:36
Scientists from Switzerland used the CRISPR tools to create a biocomputer.
Scientists got a dual-core computer in a living cell
Scientists believe that a living cell is a ready-made computer that can process data from the outside. Then it is fair to assume that the whole human body is one big supercomputer with extremely low power consumption.
The key goal of synthetic biology is to study and use natural metabolic processes to create logical circuits. Scientists from Zurich used a modified version of CRISPR to create a new type of Cas9 enzyme. It can work as an elementary processor — read information from RNA molecules, and also activate certain genes that will trigger the synthesis of proteins that are easy to detect.
It works as the main logic element, on the basis of which all the schemes of processing binary code are developed. Scientists managed to place two such processing elements in a single cell and obtained a functioning computational module. If you enter information in the form of biomarkers, it will calculate and present the answer - yes or no. Either one substance, for the analysis of which it is programmed, or another.
However, for the analysis of more complex biomarkers of a single computing element will not be enough, but if you combine many modules into a single structure, we will achieve the solution of the problem that half a century ago was solved on printed circuit boards. Now scientists can repeat the same success, but with the use of living cells and learn how to literally “grow” supercomputers with enormous productivity, which require a couple of spoonfuls of sugar to work.