In the beginning, I must ask, is the quantum tunnel the same thing with a wormhole?

 

In the beginning, I must ask, is the quantum tunnel the same thing with a wormhole?

The quantum tunnel and its connection with a wormhole are interesting things. Those phenomena are very similar. The wormhole is the channel between two black holes, and the thing is that the quantum channel is the connection between two quantum objects. 

So the thing is that there is a possibility, that the wormhole is the extremely stable and large quantum field between black holes. The interesting thing is that black holes are acting like qubits, and the data can be stored at the event horizon, but could we someday benefit that thing? Maybe, maybe not. 

Do you know that the data can be stored to the single atom or even electron? In this case, the electron, ion, or atom is acting like the extremely small-size hard disk. That means that electron (or some other atomic or subatomic particle) can transmit data by using two ways. In the form of the normal electricity, or the form of the hard disk. 

The quantum-size black holes are interesting phenomena, and they can be used in many things. But controlling those things will be extremely difficult. If we would make the black hole, what is the size of an electron, we could store data to that particle. Or otherwise, we could freeze the temperature of an electron to the zero kelvin. And that would give the new forms for the modern network. 

In this model where the electron can be loaded with data, there is a possibility to create the quantum network inside the normal data network. The normal computers can read regular data, which travels in the form of electricity. But the electrons can form the superposition of the bits, and if the operators would have the computer, what can find that data, what is stored in the electrons itself that thing can make the new dimension to the quantum computing. 

The idea is that the electron itself turns to a quantum size data storage or hard disk. The normal computer can read the data, which is transmitted by the movements of the electrons. But the data that is stored in the electron or ion stays safe. 

One model of the qubit 

1)  Na⁺ ion 

2) Cl⁻ anion

3) Bit line or "sliding window". 

The line of the bits, what is traveling in the nano-size tape, what is the line of iron atoms. The row of metal atoms can replace those ions if the system must be made simpler. The quantum fields would transport the data that is sent from the bit row, and that bit row is acting as a sliding window. 

The line one (1) is for stop bit, what tells is the power off, Line two (2)go a bit, what tells that power is on, and lines 3 and 4 are the data transporter bits. The data moves by oscillating power or magnetic fields of atoms, not by electrons. The energy that jumps to the first ion would oscillate its power field and this makes an unbreakable network. 

The ions are forming an extremely thin channel, where the data can be transfer. So if we are thinking the quantum computer or qubit the model of it could be the series of C-cassettes, where the bits are driven, and then they could be sent to the system in lines. The C-cassette based primitive versions of the qubit can be made in somewhere, but the modern nanotechnology allows to make the nano-size tapes, where the data is transported to the linear form of qubits.