If researchers can make energy injections precisely to the atom's nucleus. That thing can make it possible to create a situation where electrons remain in stable positions symmetrically around the atom's nucleus. And the new method to manipulate quantum light can make that thing possible. In that model energy impulses that travel away from the atom's nucleus just lock those electrons in stable positions.
The new way to manipulate quantum light can be a breakthrough in quantum systems from communication to extremely high-precision nanotechnology. The system uses artificial atoms as the lens for connecting photons. That very highly advanced light manipulation technology can use in very small communication tools.
The new system makes photons bound together. And that thing makes it possible to create absolute sterile particles. The interaction with artificial atoms makes that thing possible. There is the possibility that this kind of system can aim photons at the atom's nucleus.
That thing makes it possible to freeze electrons in their positions. If electrons are in certain positions symmetrically around an atom. That thing makes it possible to create a quantum system that is very close to magnetic monopoles. The magnetic monopoles can make the WARP bubble possible. In the visions, the chamber will fill by using ionized gas.
Then the system creates an acoustic bubble where those magnetic monopoles are in its shell. And then those magnetic monopoles will clean that bubble from ionized gas. But the problem is that nobody ever made magnetic monopoles. There is the possibility that electrons that are symmetrically around the nucleus of the atom can make a situation that is very close to a magnetic monopole.
"Artist’s impression of how photons bound together after interaction with artificial atom. Credit: The University of Basel" (ScitechDaily.com/Unprecedented Breakthrough in Manipulating “Quantum Light”)
Magnetic monopoles can also push ions or plasma away from the spacecraft's shell. Or in stealth technology, those monopoles can pull EM radiation inside the aircraft's body. That thing denies the radar reflection from the aircraft's shell.
Those systems are useful in very highly accurate nano-scale operations. They can transmit information to the small-size microchips that control things like individual cells. The system can move single atoms at the layer.
The use of this kind of quantum system is incredible. They can scan single cells protein interactions if they are connected with nanorobots. The highly accurate laser scanners require electricity. And one thing that can make those systems operate independently. That thing is the protein that can rotate nano-size generators. The idea is that the proteins are covered by magnesite or some other magnetic material.
And then the ion pumps are pulling that protein through the nanotube which is magnetic particles. Those ion pumps that are taken from the cell membrane are in a row around that protein. And they can keep it moving. That system can operate as the generator for the nanorobot. Another version is to use the protein that makes electricity from the air.
And it can scan extremely small-size targets. The manipulation of quantum light is one of the things that can make small-size WARP bubbles possible. Those atom size warp-systems cannot transport humans to the other stars. But they can use to protect information stored in the qubits. There is a possibility that the small-size WARP bubbles can use in ion engines.
In that kind of system, the ion engine uses nanotubes. And the system launches ions through those nanotubes. There is the possibility that the ion system can form extremely small WARP bubbles in those tubes. When ions travel through that WARP bubble they send energy to the shell of that bubble. That energy will travel also to the front of those acceleration tracks. This thing increases the power of the ion systems.
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