Lanze spent an afternoon writing and painting, but he could not decide what kind of nervous system he wanted to have.

When moving a while ago, Xiao Wang hugged a big hug for Mo Mo to get on the truck. Lan Ze thought it was useless, but he didn't say anything about him.

Now Lan Ze was in his room, and the drawing paper he had drawn was covered with the ground, and he used the powdered juice colored pen. He had a mouthful of red pen in his hand. The paint was not filled with sugar, so sour.

According to the existing nervous system of nature, the radiation-resistant version of the brain structure and nerve conduction structure are deduced, which is just a trivial task in comparison. This task has already started running leisurely on Mahua. Mahua runs a lot of multi-cell deduction tasks at the same time, and its performance is still surplus. Lanze adds a small task to it, which is fun.

If he just uses the brain and neural network to form the nervous system, it will be...it will be quite boring. Since he has already planned to design the nervous system himself, it must be used better. How can he use the original solution of nature?

Lan Ze drew a conceptual picture of the nervous system for a long time and almost drew himself as a psychopath. He finally decided to give up the macro structure first... do what he is good at first. Design the intracellular structure.

So, he finally opened the brick workstation with him.

This time, his thoughts opened up...

"Brother Lan, what topological diagram is this?"

Xiao Jiang carefully stepped over the drawing paper that was spread all over the floor. She found a gap on the table and put down the thermos in her hand.

"Yo, it's not bad, I recognized it? I thought you could only fight."

"You only know how to fight!"

When I first met Xiao Jiang, Lan Ze thought this kid was smart and capable; after being together for a long time, I found that he was a little cute.

Xiao Jiang poured him tea: "Drink a cup?"

The tea soup was bright red, Lanze took it and took a sip, "It smells like dates."

"Yeah, I put the red dates."

Lan Ze was thirsty anyway, so he took a few sips to moisten his throat.

Then he pulled out one from the pile of drawing paper on the table:

"Do you have time? Help me deduce this."

“It must be available.”

Xiao Jiang went out to get a chair, pushed the drawing paper underground slightly, put down the chair and sat down.

In fact, Xiao Jiang has good abilities, but her knowledge is not broad enough - in the field of special index mathematics.

Although Lan Ze's ability is average, he could not have the energy to do classes, monographs, and papers when he was in school. If he was not sick, he would become aware of his knowledge.

No matter which industry or industry, people with outstanding talents are in groups. The only way to open the gap is actually to fight for physical strength. At that time, he didn't understand this principle, and it was a mistake.

To form a nervous system, many types of cells are required. The most important thing is the discharged neuronal cells, which are connected to each other by synapses.

Thinking is discharge.

Since Lan Ze has reached the level of cell to do conceptual design, the nervous system no longer needs to be considered. He only treats designing neuronal cells as designing a computer.

In this way, cells that complete neuronal function may not necessarily have to be discharged.

The activities in cells are naturally quantum-level. In the presence of radiation, it is easy to create quantum entanglement.

Just sort out...using the ribosome structure to plan...

Lanze designed a series of quantum computing units. Unfortunately, because of the molecular characteristics of the ribosome, he could not get enough 64 bits, and he also needed to leave enough check digits.

He calculated it over and over again and made a frustrating 38-bit quantum computing unit. At least from the perspective of cell energy consumption, this is the most cost-effective.

In the future, use the eight-cha deduction to see which macromolecules are more suitable than ribosomes... This time I will get together for life first.

Lan Ze put a layer of film structure on the computing unit and encapsulated it.

After wrapping it up, it looks like a super small mitochondria or chloroplast.

Such a small thing can be placed in a cell with a large number of 4,096 as the base (sixteen rows, sixteen columns, and sixteen layers) and it is no problem to put tens of thousands of them.

Let's put a few fewer first, and you can also arrange 64 integers (100 in octal, no problem) into four rows, four columns and four layers.

...After putting 64 of them in, the cells immediately became sesame cakes. Lanze added a strong long peptide chain and hung all 64 sesame seeds on the vine.

If the communication between 64 sesame seeds depends on the peptide chain, the structure of the peptide chain needs to be changed, and the vine may become crispy.

Lan Ze flashed his inspiration, anyway, the check digits are enough, so let three digits be used to do quantum communication...it's called a communications coupon.

During the process of assembling small sesame seeds, electrons are separated by the entangled positions of the communications. Each of the three qubits can just hand over an electron...

Lanze hung a small ball surrounded by a membrane structure on the peptide chain, which was specifically responsible for collecting the large pile of electrons thrown out by the communications in the sesame seeds. This ball is therefore responsible for the communication between sesame units in the cell.

By the way, intercellular communication can also be done like this... and hang a bigger ball.

A 38-bit × 64-unit cell-level quantum computer with quantum communication function. These cell structures are all developed by the existing technology!

In traditional neuronal cells, information exchange relies on synapses, which extend from cells and occupy physical space.

In this cell, information exchange depends on a ball. Well... this ball is better named Xigua.

One vine, one end is a big watermelon for communication with external communication, and the other end is a small watermelon for communication with internal communication. The vines are distributed with small sesame seeds for computing. The main functions of neuronal cells are completed.

After the company is synthesized, you can try it out a few sets of experiments first.

In the future, consider adding a few more sets of vines, or adding a few forks to the vines... Even if the cube is not arranged, it is still possible to stick a vine with small sesame seeds. If you stick tens of thousands of 38-bit sesame seeds, the computer performance will be available.

It is possible to encounter unexpected obstacles when increasing the number of sesame seeds. You can calculate the number limit on Bacha, and then test it in practice.

This special neuronal cell should have a convenient name.

It is based on 38 sesame units, and the company's internal name is called 38 neurons. Later, the brain is built, and it is called 38 brain... It is inexplicably full of emotional beauty.

Lan Ze felt satisfied and his spirit was sublimated.

"Brother Lan?"

"Um?"

"Are you hungry?" Xiao Jiang asked Lanze.

"Why are you not hungry?"

"I've finished deriving it, it's up to you. Please take a break?"

The underground apartment they live in now has no windows. It is dark or not on the ground, so I have no idea.

Lan Ze took the stack of drawing paper from Xiao Jiang's hand.
Chapter completed!