(Fantasy science fiction, do not be serious about experimental data)

During Zhou Xiao's time in the laboratory, the competition for technology outside was quite fierce.

Warwick relied on the Singularity System to get rid of the decline in the mobile phone market some time ago and once again established its position as the dominant position in the mobile phone industry.

Xiao Mi also participated in the construction of Singularity OS, and her mobile phone sales increased significantly, making her shipments in Xiaguo market second only to Warwick and became the second in the mobile phone industry.

Apple, which has always been leading sales in the Xiaguo market, has fallen into a downturn, and its sales have plummeted!

But the American technology giant and the capital behind it came to their senses.

Starting from chips, Warwick has faced a situation where mid-to-high-end mobile phones have no chip available.

If this situation continues, Warwick will completely withdraw from the mobile phone market.

The American technology giants are trying their best to win this war.

Yu Jiangdong was also discussing urgently with Ma Xin, Xue Ninglu and others, hoping to test the application of Singularity OS on low-end chips as soon as possible.

In the future, most of Warwick's mobile phones may only be able to use low-end chips produced by Xiaxin International.

Ma Xin and Xue Ninglu also knew that Zhou Xiao was busy with the laboratory, so they tried not to disturb Zhou Xiao and carried out their work according to Zhou Xiao's established principles.

In fact, whether Zhou Xiao is in the company cannot change the fact that Warwick has no core available. Apart from fighting hard, Warwick has no choice.

It can be predicted that Warwick's mobile phone industry will enter a dormant period after the most glorious time in history.

If Warwick's related industrial chain can produce chips that can match Samsung and Tissel Motor's performance, or if Singularity OS's optimization on low-end chips can meet consumers' needs for work, study and entertainment, then Warwick can still survive.

If neither chip nor system optimization meets the requirements, Warwick may miss the mobile phone market for a long time.

Zhou Xiao received the news and could only sigh.

The technical gap is not something that can solve the problem by yelling and being angry.

At present, China Origin Group has no investment in chips, nor has any R&D plans. Now we can only hope that Warwick can overcome the difficulties as soon as possible.

However, Zhou Xiao still called Ma Xin and asked Ma Xin to form a team to investigate the chip industry chain in the name of source code technology companies.

If you encounter a suitable company, you can invest and support it in the name of source code technology companies and ecological enterprises.

Zhou Xiao is still relieved to have Ma Xin and Xue Ninglu checked.

Life Sciences and Medicine Laboratory.

A tense experiment is underway.

According to the method given by Zhou Xiao, what the laboratory needs is to allow the green schizophrenia to evolve.

The prerequisite for evolution is the specific change in the culture environment.

Environmental changes are catastrophic for a species!

Most species will die on a large scale due to environmental changes.

But it is lucky for a very small part of these species.

Because they adapt to new environments, they will surely create new glory.

"The mortality rate is very high," Mo Li said: "Each generation of our experimental bacteria has 100,000 CFU (colony formation units), but after the experiment, almost every generation died. Perhaps only a small number of bacteria in other colonies survived."

The cost of cultivaria is high, and the cost of cultivaria with reproductive ability is even higher.

In this experiment, the laboratory used all parent bacteria with reproductive ability, so the terrible mortality rate made Mo Li feel heartbroken.

What Mo Li felt heartbroken was not money, but time.

Zhou Xiao was very calm about this: "The evolution of species takes time. We have used laboratory conditions to speed up this time, just wait patiently."

"The colonies that survive every experiment must be preserved and studied, and they may be the strains we need."

There is no day and night in the laboratory. When the grass outside the laboratory becomes yellow, and when migratory birds in the center of the lake fly to warmer clouds save time, the laboratory has made a major breakthrough.

This time it was an unintentional discovery by the technician.

The technician stirred the iron rod in the culture medium and found that the iron rod was charged!

The laboratory immediately started running at full speed.

Mo Li's team filled the colonies with colonies in the culture medium filled with colonies, and then used an electron microscope to identify the colonies' shapes one by one.

I have to thank the application of Singularity OS and Xiaoyuan's voice assistant in the laboratory. Xiaoyuan was able to quickly find the heterogeneous bacteria in a colony through the comparison of the appearance and shape of the bacteria, and label it on the large screen.

The annotated isoformis will be isolated and cultured separately.

Finally, through current testing and other methods, find out the charged colonies.

Three o'clock in the morning.

No one went to bed.

Chen Hao's group collected the highest charge and the most active isoform bacteria.

Zhou Xiao saw through an electron microscope that the morphology of the colony was exactly the same as the ionizing bacteria informed by the system.

Zhou Xiao knew it was successful.

"It should be this." Zhou Xiao said: "Test the discharge duration of voltage and standard power under test."

The discharge duration of standard power mentioned by Zhou Xiao is actually the "capacity" of biocells formed when ionizing bacteria are not eaten at all and are not shining.

This is related to the performance of ionizing bacteria.

Ionization bacteria have a very strange property.

It is that every bacteria is charged, or can generate electricity.

However, when they exist in the solution in the form of colonies, they will be arranged automatically and form high and low potential differences.

In this way, the culture container is equivalent to a biobattery with electricity.

Laboratory sampling test.

The sampling capacity is a test tube standard concentration of ionizing bacteria.

The so-called standard concentration is the number of bacteria that can be possessed when the survival rate of ionizing bacteria is highest when the culture medium is fully equipped.

The size of the special test tube is 10mm (outer diameter) × 100mm (length) and the bacterial solution is 70mm.

The situation of the test tube is like a small battery with two poles.

Testing begins.

The test device given by the technician was a small light bulb with a power of 2.5W.

In fact, when using a 2.5W light bulb, everyone was still a little worried.

What if the voltage of the colony is very low and the small light bulb cannot be turned on?

However, Zhou Xiao was full of confidence in ionizing bacteria.

Seeing this scene, Mo Li couldn't help but sigh and said, "Didn't I do biological experiments? Why do I feel like I went back to junior high school overnight to do physical experiments, with a small light bulb followed by a switch?"

Everyone couldn't help laughing on the surface, but in fact they were still quite nervous inside, waiting for the results of the experiment.

"I've connected." said the technician.

Bang.

The special test tube was turned on and the small light bulb was on.
Chapter completed!