Scientists turned pure water into metal (there are pictures)

Technology and inventions are the great wealth of our humanity, so the world we know today would not exist without these two factors. So, cheerleader Sciences And innovation is very important, especially for our country, which needs a small push in this sector.

Related to this topic, today we brought news that greatly affected the field of research, from which the mineral was created Water pure! See more information about this process.

Read more: Why are there so few blue things in nature? Science explains

Pure water turns into metal

Under sufficiently high pressures, any material can theoretically become a conductor of electricity. However, contrary to what many believe, it’s not just high pressures that can lead to these minerals in pure water, after all.

To justify this claim, researchers have already confirmed this in practice in 2021. However, let’s better understand how this new method of mineralizing water works.

More about the theory

By putting pure water (without impurities or salts of any kind) in contact with an electron-sharing alkali metal (an alloy of sodium and potassium), free-moving charged particles can be added, making the water a mineral.

The theory can be complicated, but if you squeeze the atoms together hard enough, the orbits of the outer electrons will begin to overlap, allowing them to move around. In our case, for water, this pressure is just under 48 million times the Earth’s atmospheric pressure at sea level. See the photo released by the concerned scholars:

Through the drop, it is possible to see the reflection of the person who was in the place. In parallel with this, we can already perceive with the naked eye one of the properties of minerals, namely their metallic luster.

Does this change the water permanently?

Although something completely new, the resulting conductivity only lasts a few seconds. However, it must be emphasized that this is an important step towards understanding and directly studying this aqueous phase.

The search was published in temper nature.