Conceptual diagram illustrating the quantum gate. (Dr. Takafumi Tomita/IMS) (Sciencealert.com/Record-Breaking Experiment Could Solve a Huge Challenge in Quantum Computing)
In the image above you see how the quantum gate works. There are two atoms or some other particles in the energy ray. The atoms are acting similar way with neutron stars.
And those two particles can cut the energy ray or aim it in the wanted direction. The action of those particles is like neutron stars where the radiation pike comes from the poles. And in some visions, if there is possible to capture free neutrons that thing can make even faster quantum gates possible.
If researchers can use particle that has north and south poles that thing makes it possible to aim those gate particles in the wanted direction. And then information can send to those particles by using a laser or some other energy rays.
There is also the possibility to use positronium in that kind of system. The idea is that the electron will be on another side of quantum entanglement. And another side is the positron. The thing that makes positronium suitable is that the distance between positron and energy is easy to determine. The system will put those particles w in the locked position. And they will be superpositioned and entangled.
There is the possibility to increase the energy level of the protons. And that thing makes it possible to increase the number of electrons that are orbiting that proton.
There another very futuristic version is that the proton whose mass is increased by using the energy ray will get the extra electrons orbiting it. There is a possibility that the magnetic field would anchor those electrons in certain positions. And then the energy radiation will send to protons that resend that information to those electrons. If there will be a neutron in that position aiming the data to the right channel is easier.
Comments
Post a Comment