Everyone: Are mechanics weak? I wake up and rectify the natural disaster

...Unfortunately.

Azuma did mention the hard light scattering cannon, but that was not what she meant.

It was he who would have made the mistake.

Su Wen's happiness may be in vain.

"The carrier-based aircraft type hard light scattering cannon is indeed under development,"

Azuma said with some embarrassment, "However, I don't have any real objects that I can get for the time being."

"What I just wanted to say is an approximate product designed based on the same principle but using different materials."

"Uh... I must have misunderstood that."

Su Wen was even more embarrassed than her.

The hand that was halfway raised suddenly froze in mid-air.

"No, it's because I didn't make it clear just now, and that's why I misled the commander,"

My wife quickly took Su Wen's hand and folded it with both hands.

"Furthermore, it's all because our development progress is too slow, which makes the commander worry too much..."

"It's not that serious. You can't rush this kind of thing. Just take your time."

Su Wen laughed dryly,

What the hell, am I such a black-hearted capitalist?

"How long has it been... I can't be so evil as to force you to make a new product every day."

"A new weapon can be produced in three days. Even if it is a transplant and a carrier-based weapon is installed on the aircraft, it will not be so fast."

He looked in front of him,

I don’t know why, even though I twitched a little just now, Azuma still didn’t let go.

The long-lost 'Emotional Intelligence lv.1' passive skill was finally activated. Su Wen made no other moves.

I acquiesced to her inexplicable little actions,

"You just have to work at your own pace. It's not an urgent project anyway.

...To be honest, I don’t think it’s possible for hard light scattering cannons to be installed on aircraft at this stage,”

“It’s such a big thing, it’s hard to put it on a frigate.

I guess...even a small-sized hard light scattering cannon cannot be carried on a fighter jet.

Either find a heavy strategic bomber design with a large enough fuselage, modify it, and take the shell.

Or... we can only make a separate micro-sized one smaller than the S-slot, and then build a heavier-duty air superiority fighter."

"Otherwise, there is no need to hope to move it to a fighter plane,"

Su Wen turned the pages of the PPT as if nothing had happened, as if his left hand no longer existed, and got down to business.

"You don't need to be in a hurry. Anyway, this project has to wait for the supporting facilities from the other side, and it won't be ready for a while..."

"By the way, you just said, what kind of similar product has the same principle?"

..

Just like Su Wen just thought about.

Under current conditions, the empire does not have any carrier-based aircraft.

The spare space of the machine body is large enough to carry a behemoth like a "hard light scattering cannon".

But nevertheless.

The emergence of hard light scattering guns still gave great inspiration to the General Armament Department and the Engineering Department.

indeed.

The carrier-based aircraft cannot carry a super-fast cyclotron that can emit tachyon jets ten times the speed of light;

There is no way to spare so much space and prepare a reconstruction device that can pressurize hard light into highly condensed matter.

But... we can follow this principle and follow the example of a gourd!

Once you understand it, you can use it hundreds of times.

The core principle of the 'Hard Light Scattering Cannon' is actually very simple.

The most critical reason for its terrifying area-killing ability is actually the 'unstable energy jet'.

And this thing can't be realized only by the combination of 'tachyon jet' + 'critical state hard light'.

Miraculous reactions similar in nature to this can be induced through other methods.

Not to mention, the 'Gathered Arc Emitter' that Su Wen unlocked before is actually something similar...

——Chaos energy.

Well, that’s the crux of it all.

Everyone understands the dangers of chaotic systems.

Compared with those mass-energy systems that are full of the beauty of order and have logic to find in every evolution.

A chaotic system that is completely dominated by disorder and has no fixed rules is even more difficult to prevent or defend.

Even the charged arc is not actually a completely disordered chaotic energy, which can often achieve the strange characteristics of 'breaking through energy shields' and 'crossing energy positions'.

Chaos energy in the true sense will only make people more off guard.

...In fact, things like 'chaos system' are relatively intelligent races.

I can't understand it, or I lack some kind of pre-knowledge, so I think it's unknowable.

From a cosmic perspective, existence is reasonable.

after all.

In terms of universal rationality, as long as it is an objectively existing system, it must have certain laws to follow.

But...this is also 'theoretical' after all.

What is theoretical cannot be taken seriously.

Just like the 'Laplace's Demon', one of the four mythical beasts of physics.

Theoretically speaking, if there is a creature that can understand all the mass, energy and laws of the entire universe at least for a moment, then it can deduce it backwards and forwards and derive the entire process from birth to destruction of the entire universe. All movements and changes.

Thus, 'omniscience' can be achieved in a true sense.

However, for intelligent life, this can only be a hypothesis that exists only in probability.

"It is not necessary for us now to delve into the nature of this kind of thing,"

Su Wen took my wife's little hand and said sincerely,

"According to the standards of interstellar civilization, we are at the end of the Middle Ages and the early Renaissance at best.

We are still far away from the industrial age, the atomic energy age, and the information age,"

"Manned moon landings, Mars colonization, and extraterrestrial exploration are things that only big names in the information age need to consider,"

"Similarly, studying the electrovalence bonds of compounds, macromolecules and small molecules, etc., is not what we need to worry about,"

"It's like someone who just invented the flintlock gun.

Are you so full that you have to study the macromolecular structure of various chemical components in black powder under an electron microscope? "

"No money for manpower and material resources?"

While Azuma was half shy and half wanting to laugh, he used his own way to make some nonsensical metaphors.

"Chaos energy, in my opinion, it's already remarkable that we can develop it from preliminary theory to practical application.

If we want to conduct in-depth research and thoroughly explore its complete principles...it is still too difficult given our scientific research capabilities,"

Su Wen shook his head,

"Not to mention, even if it can be done, the benefits will not be very good.

We now have 10,000 projects with higher returns than it, so it’s not that difficult. "

"So, I agree with your idea.

Don’t worry, because if the designed thing is too rough and primitive, I will look down on it and refuse to fund it. That’s not the case! "

The reason why he had to talk so much was entirely because,

After listening to Azuma's introduction, I was very optimistic about the idea of ​​the new carrier-based aircraft weapon they proposed.

He agreed with that research direction, but was afraid that these guys would cut it off on their own because they thought it was "low"...

It would be a real loss if we didn’t engage in follow-up development!

As for what they brought out...

——'Unstable shaped pulse emitter'.

As you can tell from the name, this is a modified design based on the existing T5 'Gathered Arc Emitter'.

But compared to the latter, its style... seems to be a bit low.

This is the inspiration that the Engineering Department got from the operation method of the 'Positron Reactor'.

Based on the characteristics of antimatter reactors, which are performing controllable annihilation of matter and antimatter at all times and releasing large amounts of pure energy, they came up with the idea of ​​converting the 'loss energy' that escapes into controllable energy in the battleship power grid. Take advantage of it' idea.

And this 'unstable energy-gathering pulse transmitter' is the product derived from this idea.

There is no way to achieve 100% conversion rate and 100% utilization rate of any kind of energy.

Loss is inevitable.

If it were possible to achieve 100% conversion and 100% utilization of all energy without any loss.

The laws of thermodynamics were overturned.

There is no entropy increase in the universe.

...Well, it should be said that theoretically there is.

But according to Su Wen's guess, most of them only exist in the ultimate sequence technology field of T9 and beyond.

For now, there is no hope.

The empire currently uses the most cold fusion reactors, covering various sizes of small, medium and large, as well as various models for military and civilian experiments. The average energy utilization rate is only about 60 to 70%.

Although compared to the era of pre-interstellar civilization, the "traditional arts that can boil water" on Blue Star, which are often in the 20s, 30s, 30s, and 40s, are much better.

But it is obvious that there is still a long way to go between 60 and 70 and 100%.

I understand everything I understand.

Fifty-nine points are enough to pass, and the poor points can be made up for.

But from ninety-nine to a perfect score, it’s not that easy to make up for it.

Those points lost are losses.

Now we finally have a chance to make up for the lost points.

How could Su Wen watch them abandon this project with unlimited potential?