New Theoretical Process for Manufacturing Qubit-type Quantum Memory

Quantum Memory of the Proton Electron

The idea is to have an isolated proton without an electron, and to ionize an electron entangled with the proton. The conservation of the quantum number remains. The magnetic quantum number mℓseems to be the best candidate. After having defined a value of the quantum number to a pair of entangled electrons, the idea is that of ionizing one of the two electrons to an isolated proton. After acquisition of the electron by the proton, the value ofthe quantum number is kept by the proton for a lifetime limited to the protium atom, the most common isotope of hydrogen, and the only stable isotope without a neutron.

-In practice, can we have an isolated proton? Without being able to isolate only oneproton, we can ionize the whole of a mole. The mole would therefore have several copies of the same quantum information.

-During ionization, does the technical challenge remain in the storage of ml? or the projection of angular momentum? It is noted that the quantum number remains invariant and is the object of conservation during a nuclear reaction.

Edited March 4, 20214 yr by Kartazion

1 hour ago, Kartazion said:

The idea is to have an isolated proton without an electron, and to ionize an electron entangled with the proton.

What?

New Theoretical Process for Manufacturing Qubit-type Quantum Memory

The idea is to have an isolated proton without an electron, and to make absorb an electron entangled with the proton. The conservation of the quantum number remains.

After having defined a value of the quantum number to a pair of entangled electrons, the idea is that to make of absorbing one of the two electrons to an isolated proton. After acquisition of the electron by the proton, the value of the quantum number is kept by the electron for a lifetime limited to the hydrogen atom, and keeps memory of the quantum number through the electron. 

The protium (the proton alone) is the most common isotope of hydrogen, and the only stable isotope without a neutron.