"A curiosity about tiny dots on a germanium wafer with metal films led to the discovery of intricate spiral patterns etched by a chemical reaction. Further experiments revealed that these patterns emerge from chemical reactions interacting with mechanical forces through a deforming catalyst. This breakthrough marks the most significant advance in studying chemical pattern formation since the 1950s. Understanding these complex systems could shed light on natural processes like crack formation in materials and the effects of stress on biological growth." (ScitechDaily, Never-Before-Seen: UCLA Physicists Discover Mysterious Spiral Patterns on Solid Surfaces)
Spiral patterns on solid surfaces are an interesting thing. Those structures look like galaxies. And that means they form in the same way. There is something like a tornado that touches that surface and turns it around. In the universe, that kind of structure forms around black holes. So, can this kind of spiral prove the first evidence of a quantum-size black hole?
The thing that forms spiral in germanium must have quite high power. Those spirals are very small. And that causes thoughts that there is one or a couple of atoms that make this spin.
All whirls from galaxy to those tiny spirals form when something turns the spirals center and spirals center form spiral around them.
Those high-power gravitational objects touch material and then turn the material into a spiral-shaped structure. The power of the force determines how big a whirl the object can turn. The whirl can form when the energy level decreases in some atoms that start to spin. And then they take atoms with them.
That kind of whirl can form in the liquid. The bottom of the water statue falls. When water touches the pothole. It forms a whirl at that point. It's also possible. To make a whirl on a solid surface. The Mohn's scale measures how strong the material is. Germanium has Mohn's number 6 which means its strength is average. Mohn's scale is 1-10.
The fact is that. The solid and liquid state of matter depends on the speed at which something hits the surface. So if the speed is high enough, even vapor or liquid turns as strong as concrete. So if we have enough power we can turn metal surfaces into whirl- or spiral-shaped structures.
The thing that can make that spiral can turn one atom in the structure spin. That atom can take other atoms with it. And it forms a galaxy-shaped thing in that solid structure. There is the possibility. That some kind of energy tornado touches an atom. And separates it from the structure. Or it stretches the bonds that connect that atom in the structure. Then that phenomenon starts to turn the structure into the whirls. That thing can be some kind of electromagnetic wormhole.
https://scitechdaily.com/never-before-seen-ucla-physicists-discover-mysterious-spiral-patterns-on-solid-surfaces/
https://en.wikipedia.org/wiki/Mohs_scale
https://en.wikipedia.org/wiki/Germanium
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