Go to any planet in space Even though we can’t watch it one by oneVarious simulations allow scientists to predict conditions in different corners of space. According to one of these theories, high pressure and temperature This causes hydrogen and carbon atoms to form diamonds miles above the surface of the ice giants.

In a new study, when oxygen is included in this mixture, rain of diamonds It turned out to be more common than expected. In addition, such planets are believed to be abundant in the universe.

The diamond shower is quite common in the universe

Ice Giants of the Solar System Neptune and UranusAlthough they attract attention with their different structures in our system, they are the most common type of planets in space, according to scientists. It is also possible to encounter ice giants in every corner of the galaxy. So there are many places where we can look into space to find diamond precipitation.

German scientist co-authored the study Dominik Kraussaid in a statement they believe there are deep, high-temperature fluid masses beneath the planet’s surface and that the diamonds that come with the precipitation can reach this layer. 10 thousand kilometers He stated that they thought they were gradually progressing and melting. these diamonds “beautiful gemstones on the rings” The scientist said that the diamond layer on the surface could exceed hundreds of kilometers.

To test this theory, scientists also have: carbon, hydrogen and oxygen illuminated a structure with ultrashort X-ray flashes at the SLAC National Accelerator Laboratory in California. A PET bottle was used as an element source in the study. In theory, using a Coke bottle wouldn’t change the outcome, Kraus said.

As a result of the research, the surface of the PET bottle has dimensions that cannot be seen with the human eye. diamond structures detected. It turned out that diamonds form more easily because oxygen molecules attract hydrogen from carbon molecules.

Thanks to this method, scientists can develop drugs, use different methods of treatment, in medical devices He believes that they have developed a new alternative for the production of rhinestones, which are used in quantum electronics and whose fields of application are expanding and diversifying.