2 сем маг / Нуртазин_Задание5-2

Video is about two people. These people made a breakthrough in the use of nanotubes. Peter Antoinette and Ahmed Busnaina have opened the window for inventions with their innovations.

Peter Antoinette and his team have created textiles that are as thick as regular thread, but with the strength of steel wire. It's all about the composition of the nanotubes. They consist of small fibers that attach to themselves at the molecular level and are held together.

This fabric was tested on everything that could fit these experiments. Including the use of this fabric as a body armor.

If carbon fabric is added to the usual composition of the body armor, then its overall flexibility and weight will decrease. After the experiment, a verdict was delivered - this fabric can withstand a bullet. We are waiting for news in this area from Peter Antoinette.

The next innovator will be Ahmed Busnaina. This man studied the manufacture of printed circuit boards for many years. In the end, he settled on using printing in the literal sense. With the help of the nanoscale offset printing system (NanoOPS), he was able to literally print what he wanted on blank boards.

Now all the hundreds of processes that were previously required in factories can be completed in just 10 minutes. With the help of all the same carbon nanoparticles, you can stick a model to the finished drawing. The fact is that these particles also conduct electric current, which makes it so easy to get along with this work.

Having assembled a team, Ahmed Busnaina decided to show his invention to people. Some difficulties arose at the conference, but despite this, the result was demonstrated to everyone. Many manufacturers are interested in this invention, because it is a breakthrough.

Ahmed Busnaina and Peter Antoinette found their sponsors in different areas, now we are waiting for news from them with the next breakthroughs in nanoelectronics.

Speaking of the fabric invented by Peter Antoinette, the smartest use would be to replace anything and everything. Starting from rope fortifications, ending with an airplane. However, in my opinion, its use in flooring seems strange. The video showed that it is not solid, but elastic, that is, it will withstand a person, but it will be inconvenient to walk on it.

The only thing is that flooring can be made of the same nanotubes, but that's another story.

I have already heard about fast printed circuit boards; it seems they have even been introduced into circulation. There is even nothing to add - a reasonable solution, now all that remains is to automate it to the state "I chose the right board and the machine calculated and created everything itself."