Complex Principles

A technology never develops alone.

The development of technology relies on the entire scientific system.

Those technologies that can surpass the existing system in a single aspect and can be realized are called black technologies.

Tony Stark's steel armor is undoubtedly a piece of black technology.

What is even more technologically advanced about the Iron Armor is the arc reactor, the core of the Iron Armor.

The arc reactor is essentially a controllable miniature cold fusion technology.

It is a type of nuclear fusion.

Why is it so difficult to achieve nuclear fusion?

This starts with nuclear fusion.

All human electrical energy systems originate from a great scientist, Faraday.

It was Faraday, the master who left his name in physics, who discovered the connection between electromagnetism.

Human beings invented magnetic power generation.

All existing power generation devices are inseparable from magnetic power generation.

Even China's nuclear reactors use this device.

The clever point of a nuclear power plant is that it is actually a device that uses nuclear energy to heat water and then uses steam to drive a generator.

And here lies the difficulty.

The only nuclear fusion method currently available to humans is the hydrogen bomb.

Atomic bombs are used to ignite the fusion reaction of atoms, allowing atoms to undergo nuclear fusion and emit huge amounts of energy.

If you want to use nuclear fusion, you must be able to restrain the explosion of a hydrogen bomb.

You can imagine how painful this is.

Although the fusion reaction raw materials used in the nuclear fusion device used in the laboratory are definitely not as much as those used in hydrogen bombs.

But it was also a high temperature of hundreds of millions.

Even worse than the core temperature of the sun.

So nuclear fusion is also called artificial sun.

However, this is only the technology required for controllable nuclear fusion.

The technology required for miniature cold fusion is even more amazing.

Among them, cotton bolls have several difficulties.

First, how to produce nuclear fusion reaction at room temperature.

Second, how miniature controllable fusion converts fusion energy into electrical energy.

Third, what materials can be used to withstand this energy change.

These are all things that need to be considered.

So Tony Stark built a small arc reactor in a cave, which is simply not something humans can do.

Fortunately, the conditions Jason has are not so harsh.

With the support of Wayne Group, he has enough black technology materials.

"Skynet, building a model of the magnetic field inside the device."

"Simulating magnetic field motion in a small, controllable nuclear fusion device."

Nuclear fusion is essentially the integration process of atomic nuclei.

Two light cores integrate to form a heavy core and an extremely light core.

During this process, part of the nuclear material is converted into photons.

That is energy.

Generally speaking, this energy is completely uncontrollable.

After integrating, it will be completely emitted.

The core of controllable nuclear fusion is how to control this part of photons.

The arc-shaped Ark reactor uses magnetic confinement to restrain this energy.

"Skynet records the experimental principles."

"Photons produced by nuclear fusion have extremely high energy."

"According to the essence of electromagnetic force, it is the exchange of photons."

"We can interfere with the photons produced by nuclear fusion to a certain extent, and then let them spontaneously form an electromagnetic field."

"Confining photons produced by nuclear fusion using spontaneously formed electromagnetic fields."

Jason coughed and stopped recording.

The most genius thing about Tony Stark.

It uses the photon energy generated by nuclear fusion itself for magnetic confinement.

Saves a lot of space.

This also paved the way for the miniaturization of nuclear fusion reactors.

It may be difficult for him to reach such heights.

With a sigh, Jason continued.

"Skynet continues recording."

"Establishing a magnetic field cutting device on the periphery of a small nuclear fusion reactor."

"Intrinsic power generation using originally electromagnetic fields."

How powerful is the ability produced by nuclear fusion?

The electromagnetic field it generates has very strong binding force.

Otherwise, the huge energy of nuclear fusion cannot be restrained.

The amount of electricity generated depends on the amount of cutting magnetic induction.

The File size of the magnetic induction quantity depends on the File size of the magnetic field.

As for large magnetic fields, arc reactors are not lacking at all.

In this way, there is no problem with huge power generation.

The biggest problem facing Jason now is how to solve the interference of the magnetic field on the outside world and how to achieve nuclear fusion under normal temperature conditions.

After thinking for a while, Jason continued to speak.

"Using iron oxide high-purity silicon diamagnetic confinement materials to neutralize the magnetic field generated by the reactor."

"At the same time, it has a protective effect on the reactor."

The hardest part of the steel armor is actually not the original of the armor.

It's the reactor in the center of the armor.

In the movie, none of Loki's scepters penetrated Iron Man's reactor defenses.

What is used is an electromagnetic principle.

When the external diamagnetic material eliminates the magnetic field, it is also affected by the magnetic field.

Its internal structure is getting tighter and tighter.

The result is some kind of molecularly strong force material.

Its intensity can even be increased infinitely.

Naturally extremely hard.

Jason glanced at his notes inside Skynet and nodded with satisfaction.

Then he continued to speak.

"Cold fusion is based on the principle of entropy silence."

"Converting photons produced by nuclear fusion into high-energy particles that are much harder to find."

"Avoid generating high temperatures and endangering human beings themselves."

Jason said and smiled.

The reaction temperature of nuclear fusion can easily reach hundreds of millions of degrees Celsius.

The surface temperature of the sun is only 5,500 degrees Celsius, and the internal temperature is only over 20 million degrees Celsius.

The plasma produced by nuclear fusion is five times hotter than the sun's core.

Large nuclear fusion reactors are equipped with various cooling devices on the outside.

Concrete has the function of preventing both nuclear leakage and temperature leakage.

Otherwise, if this high-temperature plasma leaks out, even reinforced concrete will vaporize instantly.

What if Tony Stark's arc reactor wasn't cold fusion.

His entire body will be instantly vaporized within two milliseconds.

Even forming a huge amount of high-temperature heat source within the earth.

It can instantly set off a strong wind of level 12 in the core.

It's a mobile hydrogen bomb.

Fortunately, Tony Stark is not the kind of person who likes to seek death.

He solved this problem in an ingenious way.

The process of nuclear fusion does not even have time to produce high-temperature plasma.

It is directly converted from photons into some kind of light particles.

In terms of appearance, it can only emit a weak blue light.

It is simply impossible to generate enough high temperature to spread to the outside world.

This is a very remarkable invention in both the theoretical and engineering fields.

After running a few thoughts in his mind, the arc reactor model in front of Jason was basically completed.

Looking at the arc reactor emitting true blue light in front of him, Jason smiled sincerely on his face.

With this, he'll never have to worry about energy again.

Buzz