The quantum teleportation between two microchips is confirmed.

Researchers teleport information between two microchips. And that can be the key to the most secured data network that has ever been seen before. But the information teleportation also makes it possible to hack every single computer in the world. The thing that is needed to make is the quantum channel between the targeted microchip and the receiving microchip. 

That quantum channel can make by using the superpositioned entangled particle, and for making that thing the system must only know the position of the targeted microchip. Quantum teleportation makes it possible to make the new type of sensors, that can be more accurate and powerful than ever before. The particles can superposition to the human nervous system or anywhere else in the body. And they might get very accurate information from their target area. 

For making the quantum radar, that can deliver information from any space in the world the system must just superposition and entangle two particles. The other particle will be shaken or oscillate by adjusting the energy level of the particle. When the energy level of that active particle is decreasing that will send the radiation. And the receiving particle can receive that radiation. 

That kind of quantum scanner which is operating like a turntable needle of old fashion LP-player can search the extraordinary cells in the body. The system is the enhanced version of the scanning tunneling microscope. 

If the satellite has this kind of system in use, it can search every surface on earth, and those systems can transfer data from the nervous system of the individual people. But for making the long-range quantum teleportation true the system requires a powerful energy source. But the quantum teleportation is making it possible to create many new tools. 

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Quantum brain.

Originally the term "quantum brains" is the term that means the network of fullerene (or nano-size microprocessors) and nano-size particle accelerators. Neutrons or protons are acting as neurotransmitters. And particle accelerators are acting as axons. But the structure is very difficult to make in real life. The quantum entanglement-based system is theoretically easier to make. 

Another version of the quantum brain bases the idea that the superpositioned and entangled particles can replace the physical structures. The quantum brains are the network of superpositioned and entangled electrons that are interacting with the microprocessors. Those superpositions can form through the quantum crystals. 

The quantum crystal is the electron crystal (Wigner crystals) or they can be the gas or ions. The requirement is that the changes of the energy level of that quantum particle can recognize, that the states of the qubit can separate from each other.

And that means the hologram can also act as quantum fog. That is needed to make the data transmitted from the quantum channels to the qubit. 

Proving possible to make a stable electron crystal that doesn't require the outer magnetic field makes it possible to use the electron crystal. Or so-called " quantum fog" that is made by using hovering electrons. Stabilization of the electrons in a certain form is theoretically easy. The electrons should just position in the position where the effect of the quantum fields is fully symmetrical. 

The thing that makes the quantum fog suitable for quantum annealing is that. The changes in the "brightness" of the quantum particles, must be separated. And in quantum brains, the quantum channels between superpositioned and entangled particle pairs are given the energy to electrons. The same quantum channels are also used for receiving that data. 

The system anneals those quantum crystals through those superpositioned and entangled particles. And that thing will make it possible to transform the data to the qubit. 

The quantum crystal is the thing that interacts with the superpositioned particle pairs. And the microprocessors are needed to transmit and receive data from the system that transfers data between the end-user and quantum system. 

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