American Comics: My Dad Is Batman

The transfer of heat requires a process.

According to the second law of thermodynamics.

Heat always conducts from high places to low places.

this process.

There are three main ways.

Radiation, conduction, convection.

Radiative heat transfer is just like the conduction of heat from the sun to the earth.

The energy is converted into various photons and passed on.

Conduction is the transfer of heat through matter.

Heat conducts after direct contact between objects.

This is what happens when your skin touches something and feels a hot spot.

Convection heat transfer is air heat transfer.

Wind is the biggest side effect of convection.

These three methods of heat conduction take time.

Like the conduction of heat from the sun to the earth.

It takes just over eight minutes.

The heat transfer of plasma cutting weapons also takes time.

It's just that this time is very short.

In order to explain "690" to Skynet, Jason spoke again.

"It takes time for high-temperature plasma to be transmitted to the metal on the weapon."

"Although it only lasts a few microseconds, it can be ignored at all.

"But after all, it takes time."

"It's this time difference that we take advantage of."

"Through these few microseconds, we perform two methods.

"One is heat isolation, and the other is heat dissipation.

Jason paused.

The method used on plasma weapons is similar to that used on nuclear reactors.

Except for cold fusion.

When normal thermonuclear fusion undergoes a cataclysmic reaction.

A lot of heat will be emitted.

The temperature there is also very high, and it is said that it can vaporize various metals instantly.

So why do such accidents rarely happen?

The first is that the reaction time of high-temperature plasma is very short.

The reaction is complete before there is any heat transfer.

Heat conducts very slowly.

on the other hand.

That is, the high-temperature plasma is still a certain distance from the outer wall of the reactor and does not make direct contact.

The same goes for plasma weapons.

"First of all, under the constraints of electric current, high-temperature plasma is actually isolated from the weapon body,"

"Secondly, there is also a very thin layer of polypropylene carbon fiber on the outside of the titanium alloy body."

"The thermal insulation is very good."

“In addition, titanium alloy originally conducts heat very well.

"Able to dissipate most of the heat."

"So close access to plasma weapons is very important."

Jason said patiently.

Plasma cutting weapons, because part of the thermal imaging is actually external.

There is very little internal heat.

With a variety of measures and the special original material, it is possible to maintain its properties at high temperatures.

actually.

The best insulation thing in the world is space.

The thermal insulation coefficient is very high.

Unfortunately, the size of the weapon is too small to create a vacuum environment in it.

Can only use insulation materials to barely isolate.

Fortunately, the thermal insulation performance of nano-polypropylene carbon fiber is also very superior.

Totally acceptable.

It's just that compared to the traditional cold soldiers.

Plasma cutting weapons definitely have a shorter service life.

In the case of frequent fighting, it may take a year or two to get revenge.

This price is completely acceptable to Jason.

After Jason finished explaining.

Skynet fell silent again.

As if accepting this information.

Jason's eyes flashed with relief.

Skynet's intelligence has indeed begun to grow slowly.

For an artificial intelligence.

This is a very difficult thing.

The wisdom of artificial intelligence and the wisdom of human beings are ultimately different.

Or the world that artificial intelligence comes into contact with is different from ours.

We humans touch the world.

It depends on our vision, hearing and touch.

can be processed by the brain into various acceptable information.

But artificial intelligence only comes into contact with cold numbers.

These numbers are composed of zeros and ones.

For artificial intelligence.

Get information from these numbers.

Then improve your intelligence.

It is a very difficult thing.

That's why Jason felt particularly gratified.

The technology provided by the system is indeed powerful.

Ultron artificial intelligence does have huge amounts of potential.

Both J.A.R.V.I.S and Ultron, based on their basic core, can evolve into normal zones.

And still be a superhero.

In his opinion, Skynet also has such potential.

It can eventually develop into a high-level artificial intelligence similar to the supreme intelligence of the Kree people.

Therefore, Jason did not hesitate to teach Skynet at all.

Whether it is humans or artificial intelligence, their growth process.

In fact, it is a learning process.

The more you know, the faster you grow.

The more information you obtain, the more critical it is to the formation of personality...

"Skynet, except for these things."

"You should record more traditional literature."

"Trying to understand its content will help you grow."

Jason coughed and said.

Even artificial intelligence.

You also need to study.

In the future, I might be able to do some reading comprehension and so on. Let me mention the comprehensive thinking ability.

"Master, I understand, I will pay more attention to this aspect."

Skynet's voice sounded again.

I don’t know if it’s Jason’s illusion.

I always feel that there is a little more emotion in Synthesis's voice.

Shaked his head.

Jason thought.

It's best to have emotional fluctuations, which shows that Skynet's ability has continued to evolve.

"Okay Skynet, let's start the assembly work."

"A theory is just a theory after all."

"Practice is the only criterion for testing truth."

Jason spoke a few words.

No matter how good it is in theory.

As long as this thing can't be built, it's just talk on paper.

And this is what makes the system so powerful.

He not only has various theoretical techniques.

Various production techniques are also included.

Even how a certain part is produced is clear.

There is even various test data.

This thing.

As long as he is a person with normal IQ.

You can always build this thing by following the system prompts.

It’s just that sometimes there is a possibility of failure.

After all, this kind of high technology can reach the nanometer level at every turn.

It's so easy to go wrong.

Like nanoscale polypropylene insulation fibers.

They are carbon nanotubes at the nanometer level.

The manufacturing process of these carbon nanotubes is very complex.

The C60 atoms need to be arranged in order.

It is also necessary to maintain the atomic structure from collapse.

This is a very difficult thing to do.

There is electrostatic repulsion between atoms.

It's like it's difficult to piece together broken items.

This is the repulsive force between atoms at work.

Want to form nano carbon fiber tubes.

Customers need to overcome this repulsion.

Combine carbon atoms.

Operations are all at the nanometer level.

Very high precision is required.

Even machines can fail.

Therefore, it is very difficult to fully understand these technologies and be able to produce them.