Hebrews 1:2
"Deep within the distant ice giants of our Solar System, familiar elements may behave in unfamiliar ways.
The deep interiors of ice giants such as Uranus and Neptune may contain a previously unknown form of matter, based on new computational research by Carnegie scientists Cong Liu and Ronald Cohen.
Data on Uranus and Neptune show that their interiors likely contain layers of unusual “hot ices.” These layers sit between the outer
At very high pressures and temperatures, matter can behave in unexpected ways. This is why scientists use both experiments and theoretical models to explore what might exist inside these planets.
Their results point to the formation of a structured hexagonal lattice, where hydrogen atoms travel along spiral-like paths. This motion creates a quasi-one-dimensional superionic state.
Superionic materials fall between solids and liquids.
In these systems, one set of atoms stays locked in a crystal structure while another set moves freely through it.
“This newly predicted carbon–hydrogen phase is particularly striking because the atomic motion is not fully three-dimensional,” Cohen explained. “Instead, hydrogen moves preferentially along well-defined helical pathways embedded within an ordered carbon structure.”
The directional movement of hydrogen in this material could affect how heat and electricity flow inside planets. This, in turn, may influence how energy is distributed, how well these regions conduct electricity, and how scientists interpret the magnetic fields of ice giants.
The study also shows that even simple chemical systems can develop complex structures under extreme conditions, expanding what researchers know about matter at high pressure and temperature." SciTechDaily
“This newly predicted carbon–hydrogen phase is particularly striking because the atomic motion is not fully three-dimensional,” Cohen explained. “Instead, hydrogen moves preferentially along well-defined helical pathways embedded within an ordered carbon structure.”
The directional movement of hydrogen in this material could affect how heat and electricity flow inside planets. This, in turn, may influence how energy is distributed, how well these regions conduct electricity, and how scientists interpret the magnetic fields of ice giants.
The study also shows that even simple chemical systems can develop complex structures under extreme conditions, expanding what researchers know about matter at high pressure and temperature." SciTechDaily
--Rather than developing their own "complex" structures as inanimate, non-thinking objects----MAYBE they were DESIGNED with supersonic materials?