Chapter 737 Extraordinary Energy

The topic of the Powerful Knight will never go out of style, but it seems to have gradually fallen into obscurity.

After all, compared to the increasing population, there are too few extraordinary knights.

The most popular thing in Daxia these days is movies.

As soon as this new art form was born, it became very popular.

The market does not lie, and cinemas have begun to increase rapidly.

However, behind the hot market are quiet changes.

The arrival of a new era is difficult to feel when you are in it.

Maybe after more than ten years or decades, you will suddenly realize: Oh! It turns out that year was the beginning of the Extraordinary Era. I remember there was a movie that was very popular at the time...I forgot what it was called.

However, he has really arrived in the extraordinary era.

At the entrance of the palace, two rows of knight mechas appeared at some time.

Compared with the previous crude products, this is the first generation of extraordinary mecha that is officially in service.

Of course, if you look at it from the outside, it looks more like a work of art.

But if anyone wants to try its power, they will probably regret it.

In addition, many projects have been approved.

The arrival of extraordinary power not only did not inhibit the development of science, but instead added fuel to the fire.

After all, there is time, technology research and development takes time, and the discovery of basic materials requires luck.

But now... nothing can be decided with extraordinary power.

Before ordinary people could feel it, changes had taken place in all aspects, and they had profoundly changed the Great Xia Empire.

In the Extraordinary Research Institute, Tohru was stunned.

Although the Extraordinary Research Institute has achieved results one after another, as far as he is concerned, he is still empty-handed.

It's not that he has no ability or that he's unlucky.

At least on Derek's panel, his research and development capabilities are among the top ten.

Moreover, the R&D team he personally leads is also the most capable on average.

The reason for this situation is naturally that the topic he chose is the most challenging.

Tohru actually didn't care at all whether other people criticized him for this.

He knows that his position is secure and will not change just because there are no results.

But he is still confused now, and it's because of research.

"Failure! Failure! Failure again! How can we extract the extraordinary energy?"

Tohru felt that his brain was about to explode. The extraordinary power was more based on a feeling.

In fact, the extraordinary powers they display are different and may even change.

And, this is not supernatural energy.

As I said before, by breaking the limits of mortals, the extraordinary knight can feel the extraordinary energy everywhere, and then further absorb it to form his own extraordinary power.

However, extraordinary energy cannot be observed or extracted.

Tru's goal is to observe and extract.

But at the first step, it's stuck, let alone extracting it.

The purpose of observation is not just to let ordinary people see extraordinary energy, but if it cannot be observed, it cannot be affected or extracted.

This is the first step that must be taken.

After a while, Tru regained his composure and prepared for a new round of testing.

"Director, I think we should change our thinking."

The speaker was Davis, who had just become a truly extraordinary researcher, and he was in the prime of his life.

In fact, his research ability is also extremely excellent and is recognized by Tru.

So Tohru stopped what he was doing and listened to his thoughts.

"I think we can skip the first step, maybe extraordinary energy is unobservable."

Davis made a wild guess, but he had his own reasons.

“We extraordinary beings can feel extraordinary energy.

Moreover, all extraordinary materials themselves also have extraordinary properties, which means... they can absorb extraordinary energy themselves. "

Tru has understood that this is a completely new idea, and it is very possible to achieve it.

He stood up excitedly, with a happy face: "Yes, that's it. We can find a material that can hold extraordinary energy and directly complete the second step. We only need new extraordinary materials.

No, we can experiment with existing materials and then slowly find the best carrier. "

Research, first solve the problem of existence, and then look for the possibility of mass production.

This is a bold idea, a groundbreaking idea.

Sometimes, research is a matter of ideas.

If you pierce the window paper, you will get the results quickly.

Extraordinary materials can maintain extraordinary properties for a long time, and they are obviously materials that carry extraordinary energy.

And they may be long-term absorbers of extraordinary energy.

This has actually been confirmed.

Steve and others have done a lot of basic research, and their respective data are very complete.

Although they didn't use it themselves, it helped Tohru.

Tru looked through the catalog of research results and quickly found what he needed.

“...We have found that there are differences in the thinness and richness of extraordinary energy. It will be different at different times and places. We have not found a pattern so far...

...According to tests, a square of iron - a bright extraordinary material can hold more than seven hours of reserve. In an environment with abundant extraordinary energy, the effect is slightly enhanced, and the current peak value is 114%..."

With these research results confirmed, they finally accelerated the storage of extraordinary energy through artificial intervention.

Then, it’s time to find the carrier of extraordinary energy.

At the same time, the corresponding supporting research also began.

After all, Tru's research on the extraction and storage of extraordinary energy is definitely not for fun.

Energy has only one function, that is, use.

If it is not for use, this kind of research is useless.

Therefore, new weapons that cooperate with extraordinary energy must be developed in conjunction with research and development.

It can be imagined that when the extraordinary is multiplied by the extraordinary, how will the result explode?

After just one operation and after testing countless materials, Tru's expression was very complicated.

"Is this... a battery?"

This result is very scientific. After testing countless pure materials and alloys, I don't know who put the finished product of battery into the research list.

But what I never expected was that the extraordinary material was not researched, but the finished product that can carry extraordinary energy came out first.

This is very scientific, that's right... the battery is originally one of the carriers of energy.

In response, Tru changed the research direction and ordered: "Add materials such as oil and natural gas to the research list!"

They really missed these existing energy sources before.

However, even if they can all succeed, from the perspective of usage prospects alone, batteries or even electricity seem to be more convenient to use.

However, no matter which one is finally chosen as the main carrier, basic research must not be left behind, which is the rigor of research.