How does the MVP (Minimum Viable Product)or wireframe model fits in the world of quantum computing?

Can the tapeworm act as a neurocomputer, which travels between the writer and reader? So what is the wireframe of quantum computing? There could be multiple internal frameworks or states in quantum computers like in the painting above this text. 

In this case, we might want to make the minimum informative model of the quantum annealing and quantum neural computer. The requirement for the system is that it should drive artificial intelligence. So the model of the quantum computer can be the quantum field. That quantum field is the qubit. 

A certain state of the qubit means a certain distance from the center of the qubit. That thing means that the state of the qubit is adjusted by switching the power of the transmitter. And then the certain state or distance from the center of the quantum field opens access to the certain database. And every single qubit can have thousands or even millions of states. 

And if we want to make copies of the human brains. The system can make by using three quantum fields. That means the case when two main quantum systems are making the decision the third part is needed when two main systems are making a different decision. If the decision is the same the third part of the system is not needed. But this thing is only one version of the quantum computer. 

Above model of a qubit: Each ring is an individual state of the system. And every state has access to different databases. And that means every state of the qubit can be reserved for different conditions. 

The first computer was the tape, which allowed to automatize the data input and output from the mechanical calculation machine called "Bombe". It was made for making series of calculations that allowed breaking the Enigma or calculating the trajectories of grenades. .  The tape made the calculation automatized calculation series possible. Without that tape or computer program, the code-breaking would take longer. 

So what if we would use the tapeworm or some other worm, that has neurons for inputting and outputting the data. The data is input to neurons by using radio waves or some other electric shocks. Then the processed data is read by using an electric system, that reads it from the neuron. But for working with that system requires that the primitive nervous system of that worm is hackable. 

The biocomputer can be made similarly, how Alan Turing made the first mechanical computer. The system was only the tape, where was the code what input to the bombe the mechanical calculation unit. So how to make that thing in the modern world? The fact is that there is the possibility to benefit the tapeworms in that operation. Tapeworms are organisms that are so close to 2D  structures as possible. 

Tapeworms are forming segments. And each of those segments contains the neuron. So the idea is silly, but it can work. The idea is that tapeworm is on the wheels. And it is moving between the writer and reader of the data. The system will input data to the neuron, which will process it by using radio waves. And then the data is read by using the magnetic reader. That means the tapeworm can act as the neural version of Turing's tape.