Naked Science Forum
On the Lighter Side => New Theories => Topic started by: Kartazion on 24/02/2022 06:49:23
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Hi,
It's been almost a year since I published this thought experiment.
It is a question of having an isolated proton, and of making it absorb an electron entangled at this proton. The conservation of the quantum number remains through the hydrogen atom by its entangled electron. In other words, after acquisition of the entangled electron by the proton, the value of the quantum number is kept on the electron for a lifetime limited to the hydrogen atom.
The quantum memory exposed has the great advantage of keeping the information over time, through the conservation of the hydrogen atom. It suffices to do the experiment by involving the pair of entangled electrons by absorption with a pair of protiums. The single proton, (protium), is the most common isotope of hydrogen and the only stable isotope without the neutron.
The problem is that you are only allowed one reading of the state of one of the two electrons.
What do you think?