Researchers suggest that deep-screen curtains may be made of planetary diamonds

Researchers suggest that deep-screen curtains may be made of planetary diamonds

They say diamonds are a girl’s best friend, but what about the entire diamond planet?

Newly published research suggests that some exoplanets In deep space a lot of carbon can turn into diamonds.

Search, published in Journal of Earth Sciences, Suggesting that these “carbon-filled” planets may have the right conditions to convert carbon into diamonds, such as water, heat and pressure. These planets can also form other minerals found on Earth, such as silicate and oxides.

The llustration of a carbon-rich planet as the main minerals of heroin and silica. Water can transform carbide planets into diamond filled planets. In the interior, the main minerals will be diamonds and silica (e.g. a layer with crystals). The core (dark blue) can be a mixture of iron and carbon. Credit: Shim / ASU / VTG

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“These exoplanets are not the opposite of anything in our solar system,” said Harrison Allen-Sutter, lead author of the study. Statement.

In recent memory, researchers have discovered several Planet This may include diamonds, including the 55 Cancari e discovered 2004.

The planets and stars are largely composed of dust and gas. However, when the planets around the stars contain large amounts of carbon and water, a “diamond-filled creation” can be formed.

For comparison purposes, the Earth has a relatively small diamond fraction, about 0.001%.

The researchers wrote in the study’s abstract, “After the reaction, excess water can be stored in dense silica polymorphs in the interior of dense carbon planets.” “Converting mineralogy to diamonds and silicates will reduce the density of carbon-rich planets, and make the variable planets different from silicate planets in mass-circle relations for the Earth’s mass range of 2–8.”

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To come up with their own idea, the researchers used high-pressure diamond-evil cells to withstand intense heat and pressure. From there, they put silicon carbide underwater and compressed it between two diamonds, heating the mixture with lasers.

Eventually, silicon carbide turned into diamond and silica.

However, the presence of the diamond may be interesting for Marilyn Monroe’s last days, but its domestic life is unlikely. They note that they are probably not geographically active and perhaps environments that are not conducive to life support.

“Without interruption, this is an additional step in helping to increase and demonstrate the growth and monitoring of our expolanets,” Ellen-Sutter said in a statement. “The better we learn, the better we will be able to understand the world beyond our own solar system from future missions such as the James Webb Space Telescope and the Nancy Grace Roman Space Telescope.”

Fox News, Knox’s James Webb Telescope is set to launch in October 2021, after being pushed back several months due to a coronavirus epidemic. As mentioned earlier.

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A total of more than 4,000 exoplanets have been discovered by NASA, of which about 50 are expected to be habitable by September 2018. They are the right size and right orbit of their star to support surface water and, at least in principle, support life.

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About the author: Raven Weber

Musicaholic. Unapologetic alcohol maven. Social media expert. Award-winning coffee evangelist. Typical thinker.

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