Start with a blacksmith shop.

The decision made by the upper echelons of Kyushu would likely have a significant impact even on Li Zhenhua, the developer of the Sun Star and Particle Energy Shield.

Such a plan is beyond description; there's probably no other word besides "inhuman" to describe it.

If Hami were here at this moment, he would definitely bring out that extremely classic line: "JK Lorraine doesn't know anything about Harry Potter." If this were applied to him, it would be like saying, "Li Zhenhua doesn't know anything about the solar energy core and particle energy shield."

Just like the description in that sentence, he doesn't know anything about solar-related technologies. He really doesn't have such a big imagination to think of using solar energy shields and particle energy to cover the entire Kyushu region.

The implementation of this plan is actually quite difficult. The entire Kyushu region covers a total area of ​​960 million square kilometers. With such a large land area, how many sun stars would need to be placed across the land?

Li Zhenhua was completely unaware of the plans made by Kyushu, as he was still making preparations for his own trip.

After leaving Dongshan, Wang Yuesheng settled down in Lop Nur. The task ahead was not something he could easily accomplish.

The problem isn't with manufacturing itself, but with the manufacturing time.

Moreover, what lies ahead is the massive amount of solar energy cores needed for the entire country.

Of course, this plan is currently in its initial stage, and Kyushu does not intend to complete it in a short period of time. It is still being deployed in batches.

The first step is to deploy the solar star and particle energy core in the major first-tier cities, the most densely populated areas, and major military targets of Kyushu. After this step is completed, we will continue to expand downwards, followed by second-tier cities, third-tier cities, and finally county towns.

By the time these measures are deployed to the county level, Kyushu will already be in an invincible position.

It's not that the upper echelons don't care about the lower classes, but rather that in wars between nations, these lower classes are not valued, and they are not the first to be attacked. Therefore, the popularization of energy shields must be carried out from the top down.

Moreover, as the sun's influence spreads downwards, it can achieve another important goal: enabling all of Kyushu to achieve energy freedom.

Every county will have a solar energy core. What will that be like? When the solar energy is converted into electricity, electricity will become the cleanest and cheapest energy source in Kyushu.

The Kyushu Upper Plan aims to extend the use of the Sun Star to all counties. Since there are a total of 1301 counties or regions across the country, this means that 1301 Sun Star energy cores are needed.

This demand figure is indeed a huge number for Wang Yuesheng—a manufacturing plan for more than 1,300 solar stars. And this doesn't even include the question of whether spaceplanes and space fighters will be used.

When Kyushu needs these two types of spaceplanes later, the demand from the Sun Star will increase significantly again. By that calculation, Wang Yuesheng's mission is to oversee the construction of nearly two thousand sets of the Sun Star's energy core.

Just thinking about that number gave Wang Yuesheng a headache. This kind of work would probably give anyone a terrible headache.

Despite this situation, since the task has already been assigned, he must do his best to complete it.

Right here in the Taklamakan Desert of Xinjiang, at the Lop Nur base, Wang Yuesheng is overseeing the base's expansion.

At this moment, the Lop Nur base has become the main processing center for the core energy of the future Sun Star, and all the Sun Stars scattered throughout the country will be manufactured here.

Therefore, the demand for solar energy cores in Kyushu is so huge that the factories here are not enough.

The base expansion has been ongoing, but the manufacturing of the solar energy core has not been affected by the base expansion.

At this moment, the Lop Nur base is filled with second-tier processing centers that Wang Yuesheng acquired from all over the country through various means.

In these buildings that had been converted into workshops, once the processing center was ready, a large number of engineers, who were originally stationed at their posts, received orders from Wang Yuesheng and boarded their respective vehicles, rushing towards Lop Nur in Xinjiang.

A few days later, the engineering corps arrived, and Wang Yuesheng then distributed the highest level of confidentiality agreement, which all the soldiers who came here signed.

After a period of arrangement, things finally got on track. Once these engineers received some professional training, they were ready to begin their next task.

When the engineers mastered how to operate the machining center, they officially began their great undertaking of manufacturing the solar energy core.

The manufacturing of the solar energy core has been progressing steadily, with various components that make up the solar star being removed from the machining center by numerous engineers strictly following the instructions.

With Li Zhenhua's work instructions in hand, all the assembly parts for the Sun Star meet the criteria for qualified parts.

The engineers were completely focused when manufacturing these parts.

The qualified parts that make up the sun star came off the next level of machining center. Wang Yuesheng watched as the parts came off the machining center, and there was absolutely no problem with their precision.

Gradually, the number of these qualified parts also increased, and soon the storage space in the Lop Nur base was occupied by these parts.

As the storage space was gradually filled, all the components that made up the Sun Star were slowly produced.

Once the last component for the solar system is produced, the assembly of the solar system's energy core should begin.

Then, in the workshop with the highest building specifications in the Lop Nur base, all the parts that make up the Sun Star were transported in by the engineers.

Twelve of the best engineers were selected to carry out the assembly of the Sun Star.

The twelve engineers donned various protective suits and then began assembling the Sun Star in the room that served as a cleanroom.

While the solar energy core was being assembled, Wang Yuesheng also obtained helium-3 fuel from the helium-3 production laboratory.

At this moment, Kyushu possesses more Helium-3 than all other countries in the world combined.

The fuel for the energy core is on its way, and the solar energy core is being assembled. These two most important things are almost ready. Once all these prerequisites are met, the solar star, built by the engineers, will enter the next stage - ignition.

Once they successfully produce their first self-made solar star, their energy core manufacturing will enter the stage of large-scale mass production.

The core of the solar energy was still being manufactured, while Li Zhenhua, far away in Dongshan, was exhausted driving his automatic luxury car. Fortunately, he was clever enough to save up the last bit of energy.

After ensuring Li Yun fell asleep peacefully, he returned to the virtual laboratory to continue researching his disguise techniques.

Or perhaps the technology has already been developed, but the results are not ideal.

The holographic projection of his face is always affected by the surrounding environment. As long as the intensity of radio waves or other things is high, the holographic projection he creates will be affected.

The common scenario is that bugs appear at the edges of the projection, or even worse, it looks like a thin mosaic has been applied to the real world.

Although this kind of mosaic is the thinnest one in pornographic films, it's still a mosaic! As long as there's even a tiny bit of mosaic, there's a chance of it being exposed.

So now he is studying how to solve this important problem.

Before Li Zhenhua entered the virtual laboratory, he had thought of many solutions, but none of them were completely bug-free.

His primary task upon entering this place is to combine all the solutions he had previously devised, strive to resolve all the problems, and develop a mature facial holographic camouflage projection system, or at least one with fewer serious bugs.

Facial projection is affected by electromagnetic waves, so increasing anti-interference capabilities can solve this problem. But if this problem were so easy to solve, he wouldn't look like he does now.

It's difficult in some ways, but quite simple in others. The problem can be solved immediately by simply covering the projector with a shielding layer. But how do you fit the shielding layer over the projector?

You can't really put a metal shield over the projector, that would be like trying to hide something obvious.

Unable to come up with a good solution, he put the problem aside and turned to researching portable particle energy shields, focusing on the storage technology of Golden Crow particles.

After some research, he actually found the technology to store the Golden Crow particles. However, the material used to store these particles was extremely precious, requiring the use of diamonds.

Of course, it's not just about using diamonds to achieve the goal; other materials are also needed. Actually, storing Golden Crow particles is quite simple, since these particles are a tangible existence, not something ethereal.

Therefore, if you want to store or find a container to put the Golden Crow particles, the container must have high density and hardness that is not easily deformed.

Thinking this way, a method for making the container emerged. The densest metal on Earth was found and used to create an outer shell for the container.

The high-density container ensures that the golden crow particles cannot escape when they are poured into it. However, this single outer shell is not enough; it should also be covered with the hardest material on Earth, which is diamond.

With these two layers in place, storing Golden Crow particles will not be a problem at all. Then, by adding a protective shell to the container formed by these two materials, a Golden Crow particle storage device will be created.

Now that we've found a solution to the storage problem, all that's left is the production.

The innermost metal is simply one of the densest metals on Earth: osmium, iridium, platinum, rhenium, ruthenium, plutonium, tungsten, gold, curium, and uranium. These are the top ten densest metals known to date.

However, among these, ruthenium, plutonium, curium, and uranium are radioactive and therefore not suitable. Osmium, although inexpensive, is also unsuitable due to its small quantity.

Therefore, he set his sights on tungsten and gold. Kyushu has abundant tungsten production and reserves, and gold is also readily available. Ultimately, he focused on these two metals.

It's quite a coincidence that tungsten-gold alloy was used to hold the Golden Crow particles. After some experimentation, he found a particularly suitable ratio between the two metals, with tungsten as the main component and gold as the secondary component.

The tungsten-gold alloy we developed is perfect for storing golden crow particles.

The innermost high-density metal layer is taken care of, and then there is the outermost ultra-hard diamond layer. The main function of this layer is to ensure that the inner metal layer will not be deformed by the stretching.

If the hardness is too high, the flexibility and tensile strength will be insufficient, so an epoxy resin layer is wrapped around the outside, and the storage container is made.

Subsequently, in the virtual laboratory, he created the storage device he designed, and then a large number of Golden Crow particles were materialized into the container.

The Golden Crow particles were stored in the storage container, and as the number of Golden Crow particles increased, they were also continuously compressed within the container.

The container he created in his experiment wasn't very big, only about the size of a mobile phone. But don't underestimate it; although the space inside wasn't large, it contained a considerable number of Golden Crow particles.

According to his calculations, such a small container filled with Golden Crow particles would hold 100,000 particles, and after being compressed tenfold, it would reach about one million.

With the container issue resolved, the next step was to miniaturize the particle energy shield device. This was a fairly simple task for him, and the area of ​​the energy shield wasn't large, making it easy to manufacture.

Since the area to be expanded is not large, the generating device does not need to be too large. With these small components, the amount of particles released each time does not need to be too much. According to his calculations, one thousand particles can maintain the energy shield for one hour.

The total daily usage is 24,000 particles, and with a total of one million particle containers, it can last for 41.6 hours.

When attacked, simply increase the thickness and density of the particle visibility shield; if it can hold out for ten minutes, it will be a lifesaver.

He designed a device that resembled a belt. Once he carried this portable particle energy shield, the safety of his upcoming trip would be completely assured.

Once the plan was finalized, Li Zhenhua then created it in the virtual laboratory, handling everything including the control program.

And it was after he created the particle energy shield that he suddenly had an idea.

Could we use Golden Crow particles to shield radio waves that affect projection? Once I thought about it, my mind immediately opened up.