At that time, large-scale coal burning will become a thing of the past in China.

……

Countries around the world are also busy with nuclear fusion at this time.

Countries have also laid out to build their own nuclear fusion experimental reactors.

The ITER reactor will finally come to an end.

Experiments can be carried out within the year.

In fact, the countries involved in the ITER experimental reactor program have criticized this plan.

Obviously, the dragon project was established much later than ITER.

In the end, everyone succeeded.

Iter was built.

It's really funny.

Huaxia has completed controlled nuclear fusion.

The decision was made to withdraw from the ITER experimental reactor program.

Although Huaxia has also invested a lot of money over the years.

But now that fusion has succeeded.

Then there is no point in investing again.

The portion of the Huaxia Kingdom is ultimately apportioned among the countries.

……

The ITER experimental pair also decided to speed up debugging.

It was originally planned to achieve deuterium-tritium fusion power generation within five years.

The process has now been compressed into three years.

And the first plasma test will be carried out within the year.

……

At this time, Su Han planned to increase the development of minerals on the moon.

Especially the development of helium-three.

Because with the increasing number of nuclear fusion reactors.

The amount of HeL3 consumed each year will also increase.

Although the moon claims to contain up to one million tons of helium-3.

But that's just an estimate.

The actual content is not that high.

At least not so high in areas that are easy to mine.

As for those areas that are not easy to mine.

The cost of extraction is very high.

So Su Han planned to march on the moon before the countries marched on the moon.

Most of the places that are easy to mine are cleaned.

As for those places that are not easy to mine.

When the time comes, each will depend on his ability.

However, if the relevant technology is mature.

Or maybe there is a greater demand for helium-three.

Suhan also plans to mine in Mercury.

But that's for later.

……

However, Su Han would leave all these things to his subordinates to complete.

His energy was all on the golden dragon creatures.

Although Su Han is personally responsible for the experiment of genetic cell modification.

But it doesn't mean that he should be in charge of the work of other laboratories.

After all, he still has to grasp the general direction of the company's development.

In particular, Su Han believes that there are several more important development directions.

Artificial organs are one such area.

If in the future, Su Han wants to promote large-scale genetic modification among all mankind.

Naturally, artificial organs are also one of the ways to break through the deep-rooted notions of human groups.

It's just that the performance of the previous artificial organs is not good.

It has never been possible to fully open the medical market.

Even many artificial organs are only ancillary.

It cannot play a completely replaceable role.

What Su Han wants is a more stable and safer artificial organ.

The organ laboratory of Jinlong Company has established the research and development of artificial organs.

Among them, there are not only artificial hearts, but also human kidneys, livers, blood vessels, joints, skin, and so on...... These technologies were acquired by Su Han. But without exception, they are all semi-finished products, and many of them are still only in the planning stage.

Because artificial organs are originally projects with long investment and slow results.

The vast majority of artificial organ projects got off to a good start and ended up without a problem.

That's why the top biomedical companies don't like artificial organ projects.

Even big data experiments in the research and development of drugs are faster than artificial organ projects.

However, the vast majority of artificial organ companies do not yet have strong software simulation capabilities.

At most, it's an animal experiment.

And if a successfully transplanted animal can live for a month, it is already a great success.

The most powerful thing about Longhan Technology is the software simulation function.

No matter what technology you get, you can get this simulation of Shenlong.

We will know whether there is any development prospect in the end.

It is difficult to invent and create.

Big data simulation is his forte.

Let Shenlong invent artificial organs, it doesn't have that ability.

But it's not that hard to get it to improve and upgrade artificial organs.

Among them, there is an artificial kidney dragon that is highly feasible after big data simulation.

The innovation of this artificial kidney lies in the simulation of glomerular function and tubular function.

Because the tubules are tightly wound together.

The level of sophistication is almost impossible to manufacture with the current technology of human beings.

The human method of treatment is that the external dialysis machine removes the toxins and excess water from the inside through hollow fibers.

Although this method also has an effect, it is simple and crude, and the useful and useless is almost a spoonful of stew.

Shenlong discovered that the company's artificial kidney actually intended to simulate the function of some glomeruli and renal tubules.

It's just that because the machining accuracy is not up to standard, I can only give up in the end.

But Longhan Technology is different.

In the later period, in order to produce fission jammers, Suhan updated a number of core technologies.

Especially new materials and micro 3D printing technology.

Among them, precision 3D printers and new materials can be fully qualified for the design of artificial kidneys.

The only problem is that the kidneys are a bit big and a bit heavy.

But according to the dragon simulation, just nail a brace to the pelvis.

Finally, fixing the artificial kidney on a stent can solve the problem of the artificial kidney being too large and too heavy.

However, this artificial kidney is not a perfect product.

The only problem is that the filtration is too fine, which can lead to the loss of some nutrients.

Therefore, it is necessary to supplement a variety of nutrients from time to time.

However, it can replace the function of the normal kidneys in general, and more importantly, it can run for a long time without a filter element.

Although the artificial kidney does not need a battery to function stably in blood pressure.

However, in order to be able to monitor the functioning status of the kidneys at any time.

Su Han still installed a battery, a magnetic levitation electric pump, and a chip in it.

The battery is usually charged by pushing the pump body with the patient's blood pressure.

Usually, it is only used to power the chip.

If there is plaque in the blood vessels, there is a problem with the tubular pressure.

The electric pump then activates pressurization to flush away the infarction of the renal tubules.

If it can't be flushed, it will call the police to the mobile app to remind you for surgical examination.

The design of the artificial kidney was reviewed by Su Han and Shenlong, and in the end, it was not a big problem.

Su Han asked the team to complete the production of artificial kidneys and start animal experiments.

The artificial kidney soon completed the first phase of animal experiments.

The effect is much better than expected.

Almost all transplanted animals urinated very smoothly.

It's just that the filtration effect of artificial kidneys is too powerful.

So these animals have a lot of urine.

Two or three times more urine than normal.

And the filtration efficiency is too powerful.

Over time, these animals are somewhat malnourished.

But this is also much stronger than a dialysis machine.

The main thing is that it does not affect life.

Although there are some disadvantages of artificial kidneys, Su Han is still very satisfied overall.

Of course, if you want to conduct human experiments, you need to do several phases of animal experiments.