General information about toilet soaps. simple recipes

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FACTORY TECHNOLOGIES AT HOME - SIMPLE RECIPES
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General information about toilet soaps. Simple recipes and tips

Factory technologies - simple recipes

Directory / Factory technology at home - simple recipes

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By toilet soaps are meant the best grades of soaps, pleasantly smelling and beautiful in color and appearance. General In the production of such soaps, the purity of the raw materials and filling substances, as well as the thoroughness of preparation, are a prerequisite for the production of such soaps.

All sorts of toilet soaps are usually made from basic white soap. From this soap, prepared in any way, by adding various perfumes, coloring and pressing, various grades of toilet soaps are obtained. The manufacture of the bulk differs from the manufacture of soap for household needs only in the thoroughness of the work and the purity of the materials used.

The preparation of toilet soaps can be carried out:

Author: Korolev V.A.

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Quantum teleportation of information inside a diamond 08.07.2019

Japanese scientists have successfully implemented quantum teleportation.

"Quantum teleportation allows you to transfer quantum information to a different, inaccessible space," said Hideo Kosaka, professor of engineering at Yokohama National University and author of the study. "It also allows information to be transferred to quantum memory without exposing or destroying data already stored," he added.

In this case, the "inaccessible space" consisted of carbon atoms inside the diamond. A diamond is made up of interconnected yet sufficiently separate atoms, making it an ideal medium for testing the mechanics of teleportation. In its nucleus, each carbon atom contains six protons and neutrons surrounded by six spinning electrons. Therefore, when the atoms bind into a single diamond structure, they form a particularly strong lattice. But, of course, it can contain defects - for example, when a nitrogen atom accidentally takes the place of a carbon atom. Such a defect is called a nitrogen vacancy center. Surrounded by carbon atoms, the structure of the nitrogen atom's nucleus creates what Kosaka calls a nanomagnet.

To manipulate the electron and carbon isotope at the vacancy center, Kosaka and team attached a wire about a quarter of the width of a human hair to the surface of the diamond. After that, they created an oscillating magnetic field around the diamond using microwave radiation. A nitrogen "nanomagnet" was used to fix the electron. Then, using radio waves and electric waves, the team made the spin of the electron intertwine with the nuclear spin of carbon so that they actually become one and can no longer be considered separately from each other. At this moment, a photon containing quantum information is introduced into the system, and the electron absorbs it. As a result, the charge is transferred by the electron to carbon and polarizes it, and along with this, quantum information is also transferred.

Scientists called their device a "quantum repeater", and with its help it is possible to transmit individual portions of information from node to node through a quantum field. The ultimate goal of the experiment is scalable repeaters that will allow teleportation of information to large volumes. Of course, it will not do without distributive quantum computers that will be able to perform more serious calculations.

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