On the plane, Ye Zhou entered the simulator. He had completed 99% of his learning on topological quantum computing in the early stage. At present, the remaining information is some less critical and detailed information. He can finally free up his hands to continue the subsequent simulation.

According to the current simulation progress in the three major directions, he can now choose to simulate three plots.

First of all, the general direction of the mystery of life.

The first plot simulation reward has been indicated as the genome sequencing result and is the genome sequencing result for all races. Ye Zhou has collected relevant information before and understands the significance of this reward.

The so-called genome sequencing refers to the whole genome sequencing of humans. The so-called genome sequence in human cells is completely detected and arranged in a complete manner from the first DNA to the last DNA. Therefore, this technology can identify almost any type of mutation in the genome.

As long as you master the specific information of genomic mutations, it means that humans will be able to further grasp the secrets of birth, old age, disease and death, so that humans can fundamentally understand the causes of diseases, correctly treat diseases, and prevent diseases as soon as possible.

The most typical example of this achievement is gene diagnosis and gene therapy. If further development is made and ethical factors are not taken into account, it may even lead to major changes in gene editing technology.

As for things like genetic weapons, they are just by-products.

In fact, some time ago, the t2t international scientific research team had completed the first whole genome sequencing, but the gene samples it measured actually only came from a certain unspecified Western race. Although it also has a significant impact on international medicine, if it is used in China, it will have relatively limited limitations.

Therefore, if gene sequencing data for all races can be obtained through simulation, it will actually play a great role in the development of clinical medical treatment in China.

As early as 2016, the Ministry of Science and Technology and the National Health and Family Planning Commission had established the Huaxia Precision Medical Strategy Expert Committee, and then proposed the Huaxia Precision Medical Plan, which has risen to the national strategic dimension. If the gene sequencing results can be completed in a short time this time, this plan will be greatly accelerated.

Thinking of this, Ye Zhou silently raised the priority of the plot simulation of gene sequencing by a layer.

In the direction of "Little Sun", after completing the simulation of the direction of sulfur and lithium batteries, the next simulation plot that Ye Zhou saw did not continue to stay in the field of new energy, but directly turned to the field of laser technology.

High-energy pulse laser technology.

Ye Zhou scratched his head and frowned slightly.

As we all know, lasers can not only be used for military weapons, but also have many applications in the civilian field. The most typical one is the most widely used industrial hole drilling, etching, and welding. High-power lasers are also of great significance to nuclear fusion technology.

To achieve controllable nuclear fusion, humans currently face two main problems.

The first is how to heat the raw materials of nuclear fusion to a high enough temperature. The second is what we need to use to fill it after the raw materials reach the predetermined temperature.

It’s like using a coal stove to boil water. You must first ignite the honeycomb coal at a high enough temperature, and then ensure that the coal stove is not burned through by the honeycomb coal.

None of these two difficulties is easy to solve, but at least, there is a target direction.

For example, in the ignition part, the current method adopted by various countries is basically the same, that is, use lasers to heat fusion materials.

But the problem is that with the current technical level, the power of a single laser is too low to make the fuel reach a temperature that can be burned. Therefore, it is common to use multiple lasers to act simultaneously to concentrate energy in different directions, so that all directions of the heated object are heated uniformly and explore the center of the spherical center in a consistent manner, thus forming fusion.

In this field, the research progress of Chouguo is currently the fastest. Its "national ignition device" is experimenting with focusing 192 lasers on the same point, while my country's "Shenguang III" project is currently experimenting with focusing 32 lasers on the spot. The next goal is 48 - this is a solution, but not the best solution.

Because the more lasers there are, the more difficult it is to control it. If it is only in the laboratory stage, it is fine. If you enter the application field in the future, too high technical threshold will lead to the inability to effectively promote the application.

Therefore, solving the problem of laser power has become a necessity, and the high-energy pulsed laser technology mentioned in the plot introduction is a feasible direction.

This simulation plot is probably a pre-technology of nuclear fusion technology, just like in the simulation of Dragon Heart, high heat-resistant material technology was also a pre-technology of large aircraft engines.

If it can be completed, it will not only be of great significance to the laser anti-missile system that is still being laid out, but it can also lay the foundation for the subsequent development of controllable nuclear fusion technology.

For Ye Zhoulai, the priority of this technology is higher than the gene sequencing results.

He shook his head and continued to click on the second simulation plot of the Land of Intelligent Machinery. After watching it briefly, he directly exited the introduction.

He had already learned about the technology provided by the next plot of the Kingdom of Intelligent Machinery in detail before, and had actually expected this technology.

Reconstruct perception technology.

That is, the sound, light, and tactile signals received by the sensor from the outside are transmitted to the brain through the central processing unit, thereby constructing the brain's visual, auditory, and touch neural responses.

This technology is extremely useful for people with disabilities, but its technical potential is more than that.

Being able to parse the perceptual signal can further parse more complex logical and emotional signals. As long as you keep following this path, one day, humans will no longer have to rely on the five senses to transmit information, but can be input through electrical signals.

Therefore, like laser technology, this is also a technology that lays the foundation for larger technical goals.

After reading the introduction of all the simulation plots, Ye Zhou directly exited the simulator.

He found paper and pen, and began to list the advantages and disadvantages of the three technical directions in front of him, as well as various information on the difficulty of realization, capital and resource occupation, talent situation, etc., and planned to prioritize the three goals.

This is what a strategic person should do.

For Ye Zhou to come by himself, it is not too difficult to obtain technology in the simulator. Since he obtained the simulator, he has completed several plot simulations in different fields. Because of the 100:1 time ratio, the time spent in the simulator is actually not more than a month in the actual time.

However, after these technologies are extracted into reality, how to control the rhythm of technology application is the key to the problem.

The technologies obtained by Ye Zhou all exist in documents and theory, and do not complete the simulation of the engine. After the technology is extracted, an engine appears in front of him out of thin air. He needs to provide the technology to relevant departments, organize manpower for interpretation, and then conduct manufacturing, testing and large-scale production applications.

Although the resources consumed by this process are very small compared to research and development from scratch, if too many projects are launched at the same time, the resource consumption of the country will still be huge.

This huge resource consumption may not all be profitable in a short period of time, which leads to extremely serious consequences.

That is, the trap of technological innovation.

If the innovation is too pursuing too much technological innovation and the innovation results cannot adapt to the current productivity situation, new technologies will not only fail to improve productivity, but will instead reverse productivity due to the large amount of resources consumed.

This will actually cause a major blow to the economic development of the entire country.

The decline of the bear is actually closely related to this factor.

Ye Zhou was writing hard on the paper. After the plane landed, he had already written a full thirteen pages.

He checked what he wrote from beginning to end, and then handed it to the assistant beside him.

"Help me type out the contents on this and send them to the General Technical Office."

"In addition, I will notify the General Technical Office that I will convene a discussion on the content of the document within three days, and please ask Chen Hao to organize all personnel to prepare in advance."

"clear!"

Hearing the assistant's answer, Ye Zhou nodded slightly, then stood up and walked down the gangway.

The bear has already walked through the same road, and this time, we must not take it a second time.

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I have to go to work tomorrow, and I will give two chapters of 5,000 words first.

The remaining 5,000 words are still sent before 12 o'clock, and there are still tens of thousands of updates every day.
Chapter completed!