Researchers can use information about the "diamond rain" on icy planets to form industrial diamonds,

"The graphic shows the diamond rain inside the planet, which consists of diamonds sinking through the surrounding ice. Pressure and temperature continuously increase on the way deeper inside the planet. Even in extremely hot regions, the ice remains due to the extremely high pressure. Credit: European XFEL / Tobias Wüstefeld" (ScitechDaily.com, “Diamond Rain” on Icy Planets: Unlocking Magnetic Field Mysteries)

"A new study reveals that “diamond rain” on icy planets like Neptune and Uranus forms under less extreme conditions than previously believed. This phenomenon influences the planets’ internal dynamics and magnetic fields and could also occur on smaller exoplanets." (ScitechDaily.com/“Diamond Rain” on Icy Planets: Unlocking Magnetic Field Mysteries)

The diamond rain on icy planets can tell about the magnetic field. The researchers can use that information about the formation of diamond rain on Uranus and Neptune about the production of small-size diamonds, that are useful as antennas in nanotechnology and new types of optical microchips.

The new information tells us that diamonds form because of the combination of pressure, gravity, and magnetic field. And that thing means it's possible. That researchers can form those conditions in the laboratory. The key element of diamond rain is that it forms in lower pressure or upper atmosphere than previously thought.

"A new experiment suggests that this exotic precipitation forms at even lower pressures and temperatures than previously thought and could influence the unusual magnetic fields of Neptune and Uranus." (ScitechDaily.com/“Diamond Rain” on Icy Planets: Unlocking Magnetic Field Mysteries)

It's possible. That researchers can copy conditions. That is on the layer where diamonds form in the laboratory chamber. If that thing is possible, the researchers can create a new way to make artificial diamonds. Previously that technology required high pressure and temperature. And that thing meant that the diamond production required high-pressure chambers.

But if "cold" technology is possible, that thing can make a new way to create industrial diamonds. Maybe the next-generation chamber for the artificial diamond is the "X-shape" wind tunnels where methane or ammonia gases flow crossing and then those molecule impacts will reduce carbon. And maybe those carbon atoms can start to collect carbon atoms from the gas flow. That involves hydrocarbon.

It's also possible that the magnetic or laser systems can press methane or some other hydrocarbon atoms together. And then that thing removes hydrogen. Then the gas flow with those proto-diamonds starts to reduce carbon from other hydrocarbon molecules. That thing starts the growth of the carbon crystals.

The nanocrystals can used as a stylus for scanning tunneling microscopes. The atom can hover between the layer and stylus, whose tip is the size of one carbon atom. That system can scan layers with extremely high accuracy.

The form of those raining diamonds is interesting because they are suitable for nanotechnology. In nanotechnical antennas diamonds conduct electromagnetic radiation or pressure waves in photoacoustic systems. In photoacoustic systems, the laser rays make oscillations in the carbon atoms. And that oscillation is visible as the sound waves. That system can transmit data to the system, or it can move small particles on the layer.

https://scitechdaily.com/diamond-rain-on-icy-planets-unlocking-magnetic-field-mysteries/

https://en.wikipedia.org/wiki/Scanning_tunneling_microscope

https://learningmachines9.wordpress.com/researchers-can-use-information-about-the-diamond-rain-on-icy-planets-to-form-industrial-diamonds/

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