The 2D quantum gas (supersolid) has new weird abilities.

The supersolid can be used in quantum computers as data storage and qubits. 

The single-layer water molecules are forming the new strange material called "supersolid". That material has made by using ultra-cold water molecules, and the thing that makes this material strange is that is it can flow without friction above the layer just like a superfluid. 

But the difference is that super solid is that in super solid those molecules are forming the 2D crystal structure which makes it easier to control than superfluid. The supersolid water has only one molecule layer in ideal cases and in that case, the needed energy level for maintaining the conditions is lowest as possible. If the supersolid is used as a qubit, the low energy level protects it against disturbing, outcoming effects. 

The reason why the 2D crystal structure of water is hovering above the layer is that in that case is that in this extremely thin water molecule layer the electromagnetic forces are stronger than gravitation. And that makes it possible that the 2D crystal is hovering above the layer. 

This kind of phenomenon is possible only in the extremely thin molecule or atomic layers because normally the weight of water is causing that the water is dropping on the contact of the layer. Only the one-layer molecular structures have the ability that electromagnetic forces are winning the gravity. 

Another way to make the virtual supersolid crystal is to make two water layers, and pump the energy into them. In that case, the same polar electricity can rise another water layer hovering above the layer loaded with the same polarity. 

So why those 2D supersolid crystals are so special? 

The supersolids can use in the new quantum processors as qubits. The problem with qubits is that they must not touch the layers between them, because in this case, they are losing their capacity. 

The thin atom layer is riding with the electromagnetic waves. What makes it useful in quantum processors. And there is possible to put those layers to the series in the tank. 

In those cases, the quantum system searches the waves in those solids and then measures the energy levels in that material. But it can also measure the height of the waves, and that thing can give another form for the qubit. There is the possibility that the qubit has different forms. 

If electrons are forming another qubit series. And another is created by using molecules like fullerene or laser rays. That thing causes that the users of the computer cannot have access to the data that is transported by using a different type of qubit. This thing makes that system secured. 

The 2D supersolid layers can also be acting as data storage. And it can be used to form the time crystal. 

In quantum computers, the data can store in the qubits which can transport to another place. Theoretically, the quantum USB is not more than a thermos, where the qubit is stored. In that kind of system, the qubit is positioned in stable conditions in the temperature which is near zero kelvin degrees. The quantum USB can theoretically be the pocket-size if the frozen parts can be made small enough. 

()https://www.sciencealert.com/2d-supersolid-has-been-produced-for-the-first-time-and-it-s-incredibly-weird

()https://scitechdaily.com/supersolid-quantum-gases-in-a-new-dimension/

Image():https://scitechdaily.com/supersolid-quantum-gases-in-a-new-dimension/

Image: Pinterest

The gas-based supersolid can be the answer for the quantum stealth systems, where the radiation is absorbed in the stealth materials that are not reflecting radiation away. 

And finally, the 2D quantum gas can hover above the layer. If that gas or quantum super solid can create in the nose of the aircraft or it can stabilize over the layer in high temperature that material can use for making the quantum stealth core. The waving gas that is ionized plasma pulls the radio waves into it. And that thing can make the aircraft low-observable for the radars. 

If the waving cores wavelength (or wrinkles) can adjust very accurately, that kind of thing can use to make the new type of layer that cannot reflect the radiation away. The problem with this kind of material is that the material that doesn't reflect radiation away turns hot if that material cannot conduct the energy away. 

If that kind of material is created by using gas. If that supersolid is produced in the aircraft or ship. That will be the solution for the energy storage problem of non-reflective materials because the stored energy can conduct away with gas flow. In that case, the system creates the 2D atom flow, that is flowing down the layer.