Pauli's exclusion principle is simply that there cannot be two fully identical fermions in one quantum space. This principle makes it possible that fermions can connect in one structure by using the differences in the electromagnetic and quantum fields of the fermions.
That thing makes an interesting possibility for the quantum structure. Normally, Wigner crystal is made inside the solid atomic structure. So the Wigner crystal is acting as the substructure in the solid material. But the new method makes it possible to make the Wigner crystal by using pure electrons.
Pauli's exclusion principle makes it possible that the researchers are made the Wigner crystal using only electrons. That thing is one of the most fundamental structures in the world because if it is connected with another Wigner crystal.
If that structure is made by using protons. That thing makes it possible to create a new type of quantum battery. But for making a quantum battery is needed only two electron groups that have different energy layers, and the energy is traveling to lower energetic electron groups.
The quantum version of Volta's statues might be only the electron clouds. Those clouds can be part of the solid structure, but they can also be free-electron clouds.
If we are thinking of that power source as the battery, what can keep its capacity forever we might use two-electron groups, and in this system, the higher energetic side of those quantum versions of the Volta's statues are alternating.
When the electrons are traveling to another electron group its power can increase also with outcoming energy. If the electron crystals are in the superconducting that means there is no lack of electrons and the system can deliver its energy theoretically forever.
So there is the possibility to use two electron groups where the energy layers of those electron groups are different. And the energy is traveling from the higher energetic electron group to the lower energetic electron group.
The Wigner crystal can from the heart of next-generation quantum computers, and it can also be used to store data in the form of photons. The use of Wigner crystals is one of the most fundamental things in modern computing.
But the Wigner crystal can use also as a photonic crystal. If the laser light would aim at the Wigner crystal, that wave movement would take the structure with it. And the electrons are starting to moving as they would be in the ocean. The energy level of the electrons is changing with the wave movement. And that thing is one of the most interesting things in history.
The photonic crystals can act as the engines of the interstellar spacecraft. When the electrons or ions are stressed with laser rays, the wave movement of that structure is causing that the photons are moving backward. Or outwards from that quantum bow. The photonic crystals can also push the electrons, ions, and photons backward. And that thing increases thrust.
()https://www.quantamagazine.org/physicists-create-a-bizarre-wigner-crystal-made-purely-of-electrons-20210812/
()https://en.wikipedia.org/wiki/Pauli_exclusion_principle
()https://en.wikipedia.org/wiki/Wigner_crystal
Image:()https://theuncoverreality.in/2021/06/30/harvard-led-researchers-document-quantum-melting-of-wigner-crystals-physics/
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