What the DNA needs that it can control a physical robot? The fact is that DNA needs a switch or router that can transmit the electric signals between microchips in the multiprocessor system. The DNA can control nano-size switches simply when the length of the molecule is chancing it press nano-size switch. When the DNA is controlling the router it can be connected to the nano-size needle and moving that thing the system can aim the route of the signal.
Making the router or switch that uses the DNA molecule as the controller is quite an easy thing. The DNA molecule is in the chamber and changing the length of that molecule is possible to determine if the value of the connection is 0 or 1. The DNA molecule would touch the nanotechnical switches.
When the length of the DNA increases it pushes those contact layers. And that thing makes it possible to cut or connect the circuits in these nanotechnical chambers. But the DNA molecule can act as the 3-layer qubit. In that case, the molecule must curve to the form of the "S"-letter.
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The symbols:
1) The DNA molecule
2) Switches
In diagram 1, the value of the binary circuit is one (1).
In diagram 2, the value of the binary circuit is zero (0).
In diagram 3, is the diagram of the qubit that has states 0,1, and 2. When all three switches are down, the value of qubit is 2. When the ends of the molecule are pressing the switches the value of the qubit is one (1).
And when only one of the switches is pushed. The qubit tells that it's ready for taking commands. The spring-looking carbon molecules can make the same thing But the DNA is easier to get.
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In image two is portrayed the positions of the DNA molecule when it controls the switch. In diagram 1 the DNA is connecting the nanotechnical switches and the value of the circuit is one. In diagram two is the DNA is not pushing the nanotechnical switches.
And the value of the circuit is 0. In diagram three is the three-layer DNA controlled qubit. When the ends of the DNA are pushing the switches that bring the value 1. When the middle-point of the switches are pushing the center switch the value of the qubit is two. The values or states of the qubit are 0,1, and 2.
The ends of the molecule are determining the values 0 and 1 in the qubit. And the middle point of the DNA would make the third state of the chemical qubit. If the DNA molecule touches and pushes three nanotechnical switches at the same time. The value of the qubit is 2. The values 0 and 1 are telling that if the system is working. So if the DNA molecule is pushing only one button that tells that the qubit is ready for taking orders.
But theoretically, the DNA molecule can operate a multi-layer qubit. In that case, every point between the ladder-like points between the base pairs will put the switch. And every switch is operating its level of the qubit.
The calculation of the layers or states of the qubit always begins from 0. That value determines that the quantum computer turns off. Value 1 tells that the system is ready for taking orders. So if we are thinking that the DNA molecule pushes three switches in the nanotechnical chamber that means that if all three switches are connected the value of the qubit is 2. The values are 0,1, and 2.
The change of the shape or length of the DNA molecule can adjust by connecting magnesite in those points of the molecule. Or there is the possibility to use ventilation, which brings electrolytic liquid into the chamber. And that liquid would adjust the form of the DNA molecule.
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