Ice structure in space is neither arrangement nor chaos – both of them

Ice is A major component in the universe. There are frozen water molecules on CometsMoles, External planetsAnd in your drink while you cool from the summer heat. However, under a microscope, not all ice is the same, although it is made of the same ingredients.

The inner structure of the ground ice is strange. Its molecules are arranged in engineering structures, and they are usually repeated. The ice is formed on the ground in this way due to the temperature and pressure of our planet: the water is slowly freezing, and this allows its molecules to arrange themselves in crystals.

But the ice that is formed in space varies due to the conditions – the water is present in a vacuum and is subject to severe temperatures. As a result, alternative ice is believed to be crystallized, lacks a distinct organizational structure such as on Earth.

Explanation of the molecular structure required for water ice on the ground.

Gety pictures

This is a challenge for scientists who try to understand the formation of planets and generate life. The lack of understanding of the dynamics of the ice that is not crystallized in space has unavailable effects. For example, not knowing how to freeze space water makes it difficult to estimate the percentage of water in other solar systems.

Therefore, the researchers study space ice to gain a better understanding of how frozen water is out of Earth. Ice samples of comets, asteroids, and other debris in the solar system will be useful, but so that it can be captured, scientists try to understand space ice with computer models and ice simulation on Earth. The more they study, the more surprise.

A recent report, published in the magazine Physical review bIt is assumed that the unsuccessful ice that abounds in the universe has a type of system. The paper that is likely to consist of organized fragments – areas of crystallization, as the case on the ground, but about 3 nanometers – are shown by chaos.