There is no complexity as Zhou Zhen thought, everything seems to be easy.

Ten days later, Zhou Zhen's team was divided into three teams, one lawyer team and two technical teams.

Two teams are responsible for applying for patents, and one team is almost responsible for helping Zhou Zhen with the procurement of accessories.

And this kind of industrial procurement is not troublesome at all, and through personal computers, they contact the sales department of a professional manufacturer.

The eldest son of the planetary chief executive's family needed some accessories for research, and those manufacturers didn't even talk about the price, and directly sent the required accessories and products to the villa.

The basement of the villa is large enough to be used as a studio for dozens of people.

Ready-made industrial parts are delivered quickly, and even if there are no ready-made ones, after the drawings are given, the various manufacturers promise to manufacture them as quickly as possible.

In the last statistics, Zhou Zhen found that it doesn't take a year at all, at most a month, and all the accessories can be produced.

And on his side, in two months at most, he will be able to assemble a set of armor of Sandalstar technology.

Half a month after Zhou Zhen came to this world, he left the capital city for the first time and went to an industrial city 6,000 kilometers away.

There is the largest mineral base in Sandalstar, as well as the most complete industrial area, most of which are distributed in the city.

A team of industrial experts arranged by Zhou Zhen and Longman prepared to make the first set of reactors in a power company here.

The reactor is actually a perpetual motion machine.

A perpetual motion machine is a machine that does not require input energy from the outside world or only needs an initial energy to do work forever.

However, since ancient times, whether it is a magic wheel that uses torque changes, or a perpetual motion machine that uses the principles of buoyancy and hydraulics, it has been confirmed that none of these perpetual motion machines have succeeded.

In 1842, the Dutch scientist Meyer proposed the law of conservation and transformation of energy; In 1843, the British scientist James Joule proposed the first law of thermodynamics, and they theoretically proved that the first type of perpetual motion machine that can produce energy out of thin air is unrealizable.

One of the ways in which the first law of thermodynamics is expressed is that the first type of perpetual motion machine is impossible.

Later generations of scientists have conducted countless experiments, and on the basis of the first type of perpetual motion machine, the second type of perpetual motion machine has been proposed.

Moreover, the research projects are divided into mechanical perpetual motion, electromagnetic perpetual motion, thermal perpetual motion and other categories.

The main idea of this type is to provide basic energy power, so that the perpetual motion device can exert a perpetual motion beyond the energy power.

For example, the electromagnetic perpetual motion machine uses a magnet to interact with the electromagnetic field, so that the energy breaks through the conservation of energy, and the magnetic motor obtains the power that the output is greater than the input.

But in fact, experiments have shown that the magnetic motor will eventually stop due to demagnetization.

However, if an uninterrupted current input is provided after the perpetual motion machine has exerted its force, the power source can theoretically function forever.

The difference between a reactor and a normal power source is that a normal power source needs to provide as much input as the output, while a reactor does not.

It can accumulate energy for input at the beginning, and the kinetic energy of the reactor can reach hundreds of millions, billions of times the input kinetic energy.

The first generation of reactors used palladium to amplify the power of the reactor to three billion joules per second.

In the second generation, Zhou Zhen and Iron Man used particles to collide and create new elements that could achieve an energy output of 8 gigajoules per second.

This kind of input and output kinetic energy is definitely not comparable to ordinary power sources.

Xandal's technology is far superior to that of Earth, but Zhou Zhen is not sure if he will be able to use particle collisions to discover new elements like Iron Man.

So, he had three options at the beginning.

The first is to make a reactor for the palladium element, and then to see if a new element can be discovered, and if it can be discovered, of course, it is the best, if it can't be discovered, it is necessary to ask the people of Sovereign to seek a deal in steel and titanium batteries.

He is not a child of the world like Iron Man, and he is very skeptical that he can succeed in the experiment.

However, in the world of Guardians of the Galaxy, steel and titanium batteries belong to the most advanced energy power.

The role of this battery is almost the same as the role of the spirit stone in Xianxia, second only to the Infinity Stones.

According to his guess, the role of this battery should not be inferior to the new elements discovered by Iron Man.

Five days later, Zhou Zhen had built the first reactor, which was made from palladium and had an efficiency of 3 billion joules per second.

This power has been able to lift armor into the air, fly in the atmosphere like an airplane, and provide energy for a variety of weapons.

However, this power is still too small, because it is not ordinary weapons that consume the most energy.

The first energy weapon that consumes a lot of energy is the energy weapon, which includes a powerful high-energy laser.

The high-energy laser is indestructible, and can break through any substance except the energy shield.

In the world of Iron Man 2, the maximum range of this laser reaches more than two kilometers, but the energy consumed at one time can make the first generation reactor directly shut down.

So before the sixth-generation Iron Man suit, the was mainly used as kinetic weapons, that is, ordinary guns.

Ivan Vanko used his reactor to create a whip, and he also needed a conductor to split the car.

After arriving at the sixth-generation Iron Man suit, it directly fires lasers, mainly relying on the second-generation reactor.

Moreover, the energy output of 3 billion joules is far from enough to provide an energy shield for the Iron Man suit.

In other words, the suit at this time cannot be used in space.

Of course, Zhou Zhen is not satisfied with this effect.

In the world of Guardians of the Galaxy, many of the great battles take place in space.

If it can't be used in space, it won't be practical.

But with the first reactor, everyone was very excited because they knew they were on the right path.

Although this cross-generational invention was led by Zhou Zhen, they are now involved in it, and they will also reap countless benefits.

Subsequently, a group of professionals rented a particle collider in the physics laboratory at a high price to conduct experiments on new elements.

During this period, Zhou Zhen did not participate, but was busy assembling the armor.

Because of the use of many Xandar planet technologies, there are many of them that are more powerful than the original Iron Man suit.

However, how much water a barrel can hold depends on the shortest plank.

In order to improve the performance of your armor, you need to make various optimal combinations.

These experiments will take a lot of time.

Forty-six days after Zhou Zhen came to this world, the first set of armor could finally be unveiled.

This set of armor is more advanced than the armor in Zhou Zhen's space in many places, for example, the armor of his space is still a suitcase.

The world has more advanced space technology, which can integrate armor and cram it into a space the size of a badge.

This is a lot more convenient because it can be worn on the arm like a watch.

With just one click, you can get dressed in less than a second.

However, the power of the armor depends on the energy output. If you don't have enough energy, you can't go to the sky, and you don't have a powerful energy weapon to equip yourself.

But even so, when Zhou Zhen put on the armor and flew into the sky, it still caused everyone's cheers.

In this test flight, not only Longman came, but even the senior management of the Nova Legion also came.

The overall cooperation of this individual weapon is not as good as the Octagonal spaceship of the Nova Legion, but the individual combat ability is superior to that of the spaceship.

The small octagonal spacecraft is also four or five meters high and four or five meters wide, and because of the hadron acceleration gun, it cannot use space folding technology at all.

However, this exoskeleton armor is different, it can maintain combat capability in any environment and under any conditions, and it can also be folded in space, and if it is installed, it can greatly enhance the strength of the Nova Legion.

So, for this new weapon, the Nova Legion attaches great importance to it.

Even Ms. Nova, the commander-in-chief of the Nova Legion, had a video conversation with Zhou Zhen and praised him.

After the test flight, the biggest problem at the moment is the lack of energy supply.

However, as soon as Zhou Zhen asked this question, Long Man handed Zhou Zhen a box with a happy face.

The box was opened, and it contained twelve steel-titanium batteries of the Sovereigns.

Obviously, the Nova Legion attached great importance to Zhou Zhen's invention and knew that it needed the steel and titanium batteries of the Sovereigns, and had already made a deal in advance.

This kind of spar-like battery appeared in the second part, and the appearance of this part has already subverted the plot.

However, this is a partial movie world, and no matter how much the plot of this one changes, it will not affect the second one.

Zhou Zhen is also not afraid that after the armor technology is exposed, it will affect the follow-up plot.

The steel-titanium battery is actually just a name in the movie, and in fact, it is also a new energy that can be utilized.

After obtaining this kind of battery, Zhou Zhen and the technical team finally found a gentle energy utilization method for this performance after more than half a month of research.

After another half a month of trial and error, they finally made a second-generation reactor capable of achieving an energy output of one gigajoule per second.

At this time, the other team still failed to discover new elements through particle collisions.

It's not the children of the world, and I really don't have that good luck.

However, although the output power of this steel and titanium energy is only one-eighth of the new element he and Iron Man discovered, it is enough to use.

Whether it's a high-energy laser gun or an energy shield, it's enough.

Zhou Zhen didn't have the slightest hesitation and took out the formula of crystalline iron, the conductivity of this crystalline iron is not as good as Xingsha, but the solidity of the energy shield is much higher than that of Xingsha.

When used in individual combat, Crystalline Iron is more powerful than Star Sand.

For more than half a month, Zhou Zhen and the test team have been conducting various optimization tests, and then created several sets of combat armor with different functions.

No kind of armor can be omnipotent, it must be biased.

For example, if you are fighting in the city or in space, whether you want to pursue maximum power or the strongest defense, each configuration is different.

However, either way, they were all liked by the upper echelons of the Nova Legion.

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