After Li Qingye finished reading the annual work report of the Space Division, he picked up the annual work report of the Science Division.

With the passage of time, Homo sapiens' automated production, robotics, and industrial artificial intelligence have become more and more mature, and the production efficiency has become higher and higher.

This has led to the disappearance of many assembly line positions.

In the process of industrial upgrading, Homo sapiens has been adjusting and creating a new industry - the fourth industry.

The so-called fourth industry is actually the scientific research industry.

At present, Homo sapiens has 2.36 billion young and middle-aged employees, 13.2% are engaged in the primary industry, 25.7% in the secondary industry, 31.1% in the tertiary industry, and 30% in the fourth industry.

This means that more than 700 million employees at Homo sapiens are engaged in scientific research.

At present, Homo sapiens has 17,583 research institutes and 1,278,093 laboratories.

The scale is enormous.

With such a huge investment in scientific research, Homo sapiens has obtained a large amount of technology.

Although many laboratories have been established for several years and have not achieved scientific research results, there are too many laboratories that cannot be supported.

With more than 1.2 million laboratories, even if only one percent of them have access to scientific research results every year, it is extremely impressive.

What's more, the researchers of Homo sapiens are all new humans, all of them are elite researchers, and the probability of producing results has been greatly improved.

The work report in Li Qingye's hand lists the output ratio of these 1.27 million laboratories last year, reaching an astonishing 23.3%.

In other words, 23.3% of the laboratories obtained scientific research results last year, even if a large part of the scientific research results are small achievements, but the scale is very scary.

After all, many technologies complement each other and influence each other.

For example, Homo sapiens has not mastered the deep ultraviolet lithography machine technology before.

With tens of thousands of elite researchers, the company has copied the technical route of lithography machines in Europe and the United States from beginning to end, and has completed the research and development of deep ultraviolet lithography machines.

Then, on the basis of the deep ultraviolet lithography machine, the X-ray lithography machine and the Gamma ray lithography machine were further developed.

The reason why we want to re-take the technical route of lithography machine is to lay the foundation and upgrade technology.

Although Homo sapiens has biochip technology and optoelectronic chip technology, the transistors or optical effect tubes of these technologies are still larger, with the highest size being only 65 nanometers.

Although optoelectronic chips far surpass traditional electronic chips in terms of performance by virtue of the characteristics of photons, no one will dislike more advanced technologies.

Therefore, in order to process smaller photocynic tubes and auxiliary electronic transistors, lithography machines with higher processing accuracy are indispensable.

Thanks to the advantages of X-ray and Gamma ray technology of Homo sapiens, around October last year, the Gamma ray lithography machine was successfully launched, which can realize the processing of ultra-small transistor structures at the 4nm level.

The very short wavelength of Gamma rays, coupled with some unique characteristics of high-energy rays, directly breaks through the pitfall design of deep ultraviolet lithography machines, which require a large number of high-precision lenses.

Now, the Gamma ray lithography machine can carve the specified lines on the monocrystalline silicon wafer through the mask lead plate.

The so-called one force down ten will be like this.

Through huge manpower and material resources, coupled with the maturity of various supporting technologies, the lithography machine can also be successfully grinded.

This is also a miracle that is difficult for other forces to reproduce.

Li Qingye continued to look at the various achievements of the Science Division last year.

Among these scientific research achievements, the Gama ray lithography machine is among them, and it can't even enter the top ten.

Last year's top 10 scientific research achievements are:

1. Silver-based superconductor improvement technology, which can maintain superconductivity at minus 7 degrees Celsius.

2. Telomere repair, which can repair the telomeres of chromosomes within 80 days, and will not cause serious side effects to the human body.

3. Magnetic monopole crystal 18ploid and mass production technology, 18ploid magnetic monopole crystal can exist stably for 772 days and withstand relatively strong fluctuating current transmission.

4. Gene inverse decoding technology can analyze the memory of organisms through genes, and the memory decoded by the genes of brain cells is the most complete, and the technology is still in the stage of anthropomorphic experiments.

5. Carbon nanotube multilayer sleeve technology, which increases the strength of carbon nanotubes by 3.7 times, and the length of a single tube can reach 20~30 kilometers.

6. Anti-radiation gel, a special compound secreted by a genetically recombinant fungus in the Pangea experiment, can effectively resist high concentrations of nuclear radiation.

7. The superpotential difference cell membrane, also from the mutated organism of Pangea, the cells of this organism can store a large amount of electricity, with an average of 0.87 kWh of electricity per kilogram of cells.

8. Flea hard protein anti-load structure, a special structure of a unique flea from Borneo, can use this structure to resist the acceleration of 15g.

9. The discovery of quark lower particles, the first son.

10. The multiple tail field particle accelerator can accelerate particles to nearly the speed of light and give them ultra-high energy, which is also a tool for discovering the primordial son.

These are the top 10 scientific research achievements within Homo sapiens last year, both theoretical research and applied technology.

Li Qingye is still quite satisfied with these achievements, especially many of the achievements are not led by him, which proves that there is no need for his guidance, and new humans can develop results.

It is not surprising that such a huge scientific research system has brought so many scientific research results.

If such a huge investment and support does not produce any results, then Li Qingye will have to wonder if the scientific division has deteriorated.

Among this series of scientific research achievements, Li Qingye pays more attention to telomere repairin and superpotential difference cell membranes.

Telomere repairs are very effective, and although they have not been tested on humans, they have been tested on both humanoids and animals.

This thing can prolong life, and it does have a very big effect on Li Qingye.

After all, his body has not been fully repaired due to genetic modification, and the appearance of telomere repairin can further extend his lifespan.

This result alone has made the previous investments pay off.

And the superpotential difference cell membrane was discovered by Li Qingye himself.

The potential of superpotential difference cell membranes has not yet been reached, and if further research and excavation continue, it may be possible to develop super-powerful power-storing cells.

If the cells of the new humans themselves cannot store electrical energy, if such cells can be implanted into the new humans, the new humans will gain the biological ability to control electrical currents.

Although the new human beings at this stage do not need that little electricity, the future is uncertain.

Moreover, the battery storage cells can also be used as batteries.

No pain, no gain, Homo sapiens has invested such huge resources, and now it is finally time to harvest.

Looking at the work report of the Science Division, the hundreds of scientific research achievements that were carefully selected, Li Qingye was very happy in his heart.

With the blessing of these scientific research results, Homo sapiens will become stronger and stronger, and this snowball-like growth is really cool.

Those guys in the free world are just dry bones in the grave.

As long as Homo sapiens can maintain this state and spare no effort to promote the development of science and technology, then in his lifetime, he may be able to see human civilization out of the solar system.

In this regard, Li Qingye is full of expectations.