Could nanotechnology replace traditional flat cables on the computer?
While we are waiting for quantum computers, we can think of another very interesting way to make microprocessors, which is capable of multi-layer computing. In this solution the microprocessor is like a ball, where is the silicon ball, which acts like artificial macrophage. The layer of the silicone ball is created by using the network of the nanotechnical springs or wires, which allows the layer to transform its form, which is equipped with small switches, which are controlled by the internal microprocessor. The artificial silicon macrophage will hover in the ball, and then that system would touch the different connection points, where they can connect the wire to the wires.
The idea is that the standard microprocessor will turn to the ball, where the molecule-sized transistors and other things would be the ball-shaped flexible layer. Then the internal microprocessor will get the order, how to short those feet of the ball by using the radio-wave, laser, or some other thing, which can pass the silicon layer. Then the legs of the silicone ball would be put in the right order.
And after that, the electricity will conduct to the outer layer of the processor, which will share the data (almost) at the same time to the wires, which is leaving from the chamber. This kind of processor can connect to the regular microprocessors or that kind of 3D microprocessor can be connected to other similar systems.
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This quantum system has three layers of transmitting the data. And the computer will send the data to every layer at the same time, which causes the automatic distortion to the data, what travels in the system.
Midst, where qubits are traveling
Optic, where light transmits the data
Electric, where electricity will transmit the data.
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Maybe that kind of processor would be the part of the quantum computer, and that makes this system even more sophisticated. That means that the slow messages, that are traveling in the three-layer wires might be delivered and create by using this kind of processor.
In the quantum computer is three layers of speed. The midst layer is the nanotube, where the qubits are traveling. The form of this layer is the nanotubes, which are acting like a small size particle accelerator. The second layer is the layer where the laser transmits the data in the glass-fiber insulator, what mission is to protect the qubits and deny that the electromagnetic fields would not affect the qubits too much. And the last layer is the normal electric wire.
The idea of this machine is that when the information is delivered to the system, the computer would send it by using all three layers of that wire or artificial axons. The distortion of that electromagnetic vortex causes that the computer can form own versions of the data, and that means that the computer can think or form the abstract data, which is not connected to some sensor.
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