In the next three days, Luo Sheng gave himself three days off. He basically didn't care about the company's affairs, but everything was running in an orderly manner.

Strictly speaking, Luo Sheng only rested for half a day in these three days.

Because, in order to compensate Qin Weimu and the others, they let them squander and ask for extravagance...

Luo Sheng felt that it was too difficult and felt that life was not easy. He agreed that the result of the holiday was to serve them.

Three days later, Luo Sheng was once again invested in the research and development process. The subsequent work was to design a truly meaningful biochip and manufacture it. The amount did not require too much, and it would take more than a hundred films. Luo Sheng’s current demand was only to create more than a dozen bionic people who went overseas to work as executive positions in security companies.

But it is precisely because of this that it is extremely expensive. The technical links, production, process, and resources that should be occupied will not be reduced due to the small production of chips produced.

On the contrary, semiconductors are an inverted pyramid industrial chain, and large-scale production will save costs.

The new biological transistor is the first integrated bioelectronic system. It not only provides core technical support for the birth of bionic humans, but also provides another important way for the integration of electronic repair equipment such as prosthetics and human bodies.

It has a wide range of uses, and Bochuang Technology will be very useful in the future, but Luo Sheng is not yet ready to popularize this technology.

The time has not come.

With Xiaona's assistance, Luo Sheng's efficiency increased by 3700% in the process of designing the chip. The biochip still uses a nanosheet structure with a ring gate fi, and the production and manufacturing are completed by Xiongxin Electronics.

At this time, he played a privileged role as a big boss.

...

Costa del Azure headquarters, executive vice president's office.

"What are you trying to do recently?" At this moment, Yao Jianhong was on the display panel, and the content was also inexplicable.

After reading the email, Yao Jianhong immediately picked up the landline phone number.

"Is the procurement department? Send people to get dozens of tons of crabs as soon as possible."

"Ah? Mr. Yao, crab?"

"Yes, crab. After getting it back, I sent it to the Costa delta laboratory, and extract all the crust cellulose in the crab, and the purity must reach 99%... I need nine nines after the decimal point, and then send it to Xiongxin Electronics."

"This... Mr. Yao, this has reached the most advanced chip wafer purification process. The Costa delta laboratory may not be able to perform such high purity refining. Currently, only Shinyue Chemical in Japan can do it."

"If you know, then let the Costa delta of the Blue Sky Laboratory first do a purification process, then package it and send it to Xinyue Chemical. Leave the order to them. The quantity is not large, and the price is a little more expensive. The key is to be quicker."

"clear."

...

Yao Jianhong received Luo Sheng's latest instructions and quickly instructed the people below to implement them. At the same time, Luo Sheng also distributed an email to Liu Yixuan, the head of Xiongxin Electronics.

Prepare to give up some of the biochips that are limited in production capacity to give them urgently needed.

In a word, the people below run around the world, and meet the boss's requirements as much as possible.

However, Luo Sheng did not abuse his privileges. The role he played is that he had special customers of his company and he had to pay for it. Otherwise, it would be illegal in the legal sense and would be misappropriation of public resources.

This account is not cheap. In order to create more than 100 biochips, more than 2,000 processes and coordination between the upper and lower industrial chains are required. This is very resource-consuming, and quantified at cost is a huge investment of up to 1.9 billion US dollars.

In other words, the cost of a biochip is equivalent to a sky-high price of nearly $20 million, which may be the most expensive chip in the world so far.

Luo Sheng paid for this expenditure in his own name instead of letting the company do it for nothing. Although it is not cheap, it is indeed not too much for Luo Sheng's current value.

It is obvious that if Luo Sheng had not mastered a huge commercial technology empire to support his goals, even if he mastered all the technology, it would never be possible to create it, and it would not be possible to continue to implement it so quickly.

...

Area 32 Laboratory.

Luo Sheng entered the laboratory and changed into a special sterile dust-free protective clothing and entered the biological experimental isolation area. Today is the second month of stem cell culture.

The biological laboratory area has an inexplicable feeling of silence and depression, as if it is a biochemical laboratory, and some terrifying creatures may appear at any time. However, Luo Sheng is not affected by this atmosphere. The so-called wise man is not confused. He knows everything here, and Xiao Na is monitoring it throughout the process.

"The tissue cells of the master and the culture medium are all developed normally, and the organ-induced development can be entered into the next stage."

Xiaona's voice resounded in the quiet laboratory.

If the situation here is discovered by the outside world's bioengineer, it will definitely cause a sensation in the entire academic community, because today's scientists do not know how to induce stem cells to form organs in vitro, which is also the reason why the current law does not allow cloning of organs.

In fact, with today's technical level, organs can be cloned, but the process is cruel because it must grow naturally in the living body and then take it away, that is, cloning people. This level of ethics and law cannot be passed.

Only methods that can induce stem cells in vitro can be allowed to clonize organs, and Luo Sheng has implemented this technology without the world's knowledge.

The difficulty is how to induce and develop stem cells into the required organ tissues.

At this moment, Luo Sheng was working silently. He transferred the induced growth cell tissues in one culture medium after another into a larger cultivation chamber, and then further developed into organs.

This is a physical job, Xiao Na can't do it, so she can only do it one by one.

The cultivation chamber should solve the influence of exogenous substances, such as cell mutations, serum, culture medium, cytokines and many other effects during the development process; it should also solve how to make cells grow three-dimensionally, form organ structure and shape, and how to make different cell types form tight physiological structures and physiological connections, etc.

It is worth mentioning that compared with the one Luo Sheng is currently cultivating, Cao Junhui's organ simulator is simply a simple beta beta test version, because Cao Junhui's organ simulator does not need to develop into an organ, and it will be enough after it develops into millions of cells in the culture medium.

After all, the uses are different. One is for testing new drugs, and the other is to create a bionic person who can move. This has no longer the same energy requirement and technical requirements.

In addition, the energy consumption is saved as much as possible, so some unnecessary organs and tissues can be simplified and eliminated as much as possible. Some indispensable cellular tissue systems in the human body are not needed in bionic humans, and are more than those.

For example, bionics do not need brain tissue. Instead, biochips are replaced by biochips, which coordinate all organ tissues. At the same time, the information feedback of organ tissues will be sent to the biochip through bioelectric signals for processing, and then the instructions are transmitted to the major organ tissue systems through biotelecommunications, so that bionics can move.

There are two problems to be solved here. One is the problem of signal distortion, otherwise you will receive wrong information and pass incorrect instructions; the other is the problem of "translation" of signals, and you cannot send incorrect instructions.

It can be seen that bionics do not need battery energy to drive, but rely on biological energy to drive, and do not need to charge but replenish nutrients consumed by living organisms.

The difference is that bionic people will not eat directly like normal living organisms, but need special substances for injection and supplementation, because after all, they are not normal organic living organisms, and eating randomly will cause bad food.

Bionics are considered "clone-like people", and the biggest difference from "clone-like people" is that the "power consumption" of bionics is much lower than the former, because many cellular and tissue systems are streamlined, cloners cannot do this. None of the tissues and organs that normal natural persons should have, otherwise they will die.

But bionics can do it. For example, bionics are brainless and use chips to replace the brain. They do not have self-hematopoiesis function, but instead perform regular replenishment of blood cells through external body.

After Luo Sheng got the culture medium and transferred it to the culture chamber for further induction and development, he left the biological isolation area. He only needed to wait for the next month. If it was normal growth and development, it might take several years, but the development was accelerated under the catalytic induction of artificial intervention, which only one month would be enough.
Chapter completed!