Under normal conditions, water is present in three stages: solid (ice), liquid (water), and gas (vapor or steam). This is what textbooks have taught us for years, but beyond the scope of mankind living on earth – in the foreign world, a different form of water, called plastic ice VII, may be present. Many theoretical models in the past predicted the presence of ‘plastic ice vii’, but for the first time, scientists have the real evidence of its existence.
An international team of researchers at the Institute Laue-Langevin (Ill) in France recently squeezed the water for 6 GGPSal pressure and created a plastic ice VII and heated it to the temperature in the form of 327C (620F), using high-caliber instruments, using high-caliber instruments, according to the study, according to the study, was published in the study, according to the study. Nature,
The research team used Quality-Elastic Nutron Scattering (QES), a method that tracks the movement of small particles such as hydrogen atoms. It confirmed a 17 -year -old prediction that hydrogen within the Ice VII kunda at a subtle level when subject to high temperatures and pressure.
“The ability to examine both translation and rotational dynamics for discovery of such foreign phase infections compared to other spectroscopic techniques is a unique advantage,” physicist Maria Rescigno said the study.
Also read The world’s most advanced robot chilling job warns: “How good are you?”
Plastic ice VII has both liquid water and solid ice properties, hence the name. It is a unique interwaoven structure when hydrogen atoms are somewhat disorganized.
“QNS measurements suggested a separate molecular rotation mechanism for plastic ice VII, which is initially compared to the expected free rotor behavior,” said MS Residino.
However, it is not clear what happens to this structure when it “melts”, suggests to molecules with some principles that hydrogen atoms revolve around.
According to researchers, even icy planets in our solar system such as Neptune, Uranus or Jupiter’s Moon Europea, can disturb the plastic ice VII in the past. Conclusions can further help in understanding the geological processes of the geological and large icy moons of icy planets.
