blackstone code

Chapter 2133

At Lynch's insistence, the professor believed that this was Mr. Lynch's special "care" for him.

It can be said that this is a bonus, an incentive, a small means for him to strengthen his control over the research institute!

He also heard the rapid breathing of his assistant, this girl was his latest prey.

Some are not so willing, and every time they seem to be "businesslike", lacking initiative.

The professor is a very real person, what he seeks is the freshness of the body, even if there are some problems in cooperation, he doesn't care much.

But now, he believes, the girl will be very cooperative with his work.

Because the laboratory's dividends and follow-up bonuses are all controlled by him.

In other words, whoever he thinks should get as much, then whoever can get as much!

He holds complete financial power!
This is the research institute, the real core right of the laboratory!
Lynch was very satisfied with the attitude of "I can handle it" shown by the professor, and he asked another question that he was very concerned about.

"Have all the battery patents been registered?"

There are two things that bother the miniaturization of pagers.

The first is the monitor, which is not a receiver that can happen, it needs reality.

Liquid crystal technology has been around for a long time, but the promotion is very slow.

On the one hand, it is because the current mainstream picture tube technology is very mature, and the cost is very low, and there is still room for breakthroughs.

Research institutes in various related fields believe that, at least in the next 20 years, CRT display technology will be the mainstream.

Maybe everyone has accumulated technology related to liquid crystals, but their main research and development direction is still on the related technologies of electronic picture tubes.

Scientific research is not something that can be accomplished just by a scientist's inspiration. Of course, this inspiration is also very important.

But what really drives it is money.

The Commonwealth has been plagued by recipes for some specialty metals, which Gefla holds but refuses to sell.

Some people in the society say, why don't we try to derive the formula ourselves?

In this way, not only will Gefra not be stuck in the throat, but also further development in metallurgy and materials can be achieved.

But the problem is definitely not that simple. First of all, it requires a lot of manpower, material and financial resources.

Assume that the cost of materials and various labor and mechanical wear costs for each alloy smelting experiment is 1000 yuan.

The derivation of a formula must be repeated at least tens of thousands of times, which is the result of good luck.

If you are unlucky, tens of thousands of times, one hundred thousand times, it is not impossible!

When the cost of developing a single metallurgical formula by yourself is much higher than the cost of directly purchasing related finished products, and it is much higher.

Without the investment of capital, no one would try to get it done.

And the biggest purpose of capital coming to this world is to seek more profits!

In this stage of capital development, monopoly is capital's favorite profit method.

But because of this formula, even if they derive it, they do not have the privilege of technological monopoly, and they still have to compete with other manufacturers in the market.

And the fiercest competition is to lower prices and further compress profit margins, which makes capitalists have little incentive to do so!
The federal military actually has many material projects. These projects have always wanted to be contracted by private capital, but no one is willing.

This is a bottomless pit. Maybe what you spent hundreds or tens of millions on research does not meet the needs of the military.

And you've already invested so much, the sunk costs are so high, it becomes a difficult choice.

The same goes for LCD monitors.

The development cost is too high, the future is unclear, the technology is relatively primitive, and it is inferior to the electronic picture tube technology in all aspects.

Therefore, no one will invest in research, and it is not that the current scientists do not have the ability to do research.

Isn't the so-called research a process of repeated trial and error?
I have a million ideas, so how do I find the right one?

It's very simple, don't you know if you spend money to try all these ten thousand ideas once?

What if it doesn't work [-] times?
Then hire more people who do research in this area, let them provide another [-] solutions, and then try again and again.

Some problems may be encountered during this process, such as material problems and some theoretical flaws.

Don’t be afraid to encounter problems, it can be solved by spending money, and continue to repeat the same thing.

If you can buy it, buy it, if you can’t buy it, think about how to solve it, it’s nothing more than spending money!
And when it comes to spending money, that's the least of Lynch's fears.

The problem with the LCD screen is solved, and then there is the problem with the battery.

The old battery was big and stupid and heavy.

Fortunately, Lynch still has a little understanding of alkaline dry batteries. Most children born in his era have done similar things.

When the power of the battery is used up, the battery will be disassembled curiously, and then through things like encyclopedias, to find the secret of the power in the battery.

He doesn't know the scientific principles and basic theory of alkaline dry batteries, but he knows an accurate direction!

Then the rest is just trial and error again!
Money is really omnipotent sometimes... no, it is omnipotent all the time!

Once these two problems are solved, the receiving module and the analyzing module are the parts that the professor is best at, and the appearance of the pager will not be so abrupt.

Regarding the battery mentioned by Lynch, the professor's expression is also quite complicated.

The main direction of his previous research was in electronics. He knows better than anyone how terrible a mini battery the size of a finger can bring to the world!
Plus he's been working on miniaturization for over two years, and he's been able to envision a lot of associated changes.

And these are inseparable from the support of the battery!
Battery is the most inconspicuous but the most profitable patent!
According to the virtue of federal capitalists, no matter who produces a battery, he must pay Lynch a patent licensing fee of at least five cents for each battery.

In terms of licensing fees alone, the annual income may exceed tens of millions!
The professor sometimes thinks like those in the Flight Research Institute, thinking about what Lynch can't do, and thinking about how his brain grows?

Is he really an alien?
Otherwise, why does everything about him seem to be ahead of this era!
Perhaps, this is the child of the times? !

As a scientist, he does not believe in the existence of aliens, so he can only explain it from theological aspects!
After Lynch asked someone to transfer the account, the professor got up and said goodbye, rewarding 100 million for each year in advance.

If he can advance three years and save 300 million yuan, it means that he has the right to distribute 600 million yuan in bonuses!
As the main researcher and manager of the research institute, 200 million is not too much, right?

With so much money, but also to maintain a hammer marriage?

He wants to dedicate his body, spirit and soul to science!
The wife, who is presumably getting a compensation, and the son, who is getting a new job, have no complaints about it.

They can still live together, but the social relationship is liberated!

Isn't this the spirit of freedom advocated by the Federation?
Thinking of this, the professor's breathing became rapid. This matter must be done as soon as possible to avoid an accident.

Lynch didn't know that some of his incentives could break up a family so easily. If he knew, he would be sad.

After all, because of him, the federal divorce rate has increased a little bit...

The process of the professor's arrival did not last long. Lynch still went to the weapons research institute in the afternoon and saw the prototype.

Wire-guided missiles...

Sounds a little silly, but this is definitely the strongest high-tech of this era!

"There is a connection line at the base of the launch pod..." The chief engineer of the weapon research institute introduced its working principle to Lynch.

"We got inspiration from the related technology of infrared night vision, which is divided into several parts."

"The first part is the aiming part. The fighter pilot aims at the target through infrared rays."

"The second part is the information collection part, and an infrared camera will be added to the lower part of the fighter."

"It blocks other rays and only keeps the part of the body surface where infrared rays exist."

"That means if there's no reflected light source, it won't pick up any signal."

"The signal will be transmitted to the third part, and the working principle of the third part is to continuously adjust the coordinate position according to the reflected light source to ensure that the reflected light source is always in the middle of the sight."

Lynch saw a large open instrument. In fact, the large instrument was not that huge, but it was definitely not small.

It had a green electronic screen, and as the chief engineer aimed an infrared blaster at the far wall, a dot of light suddenly appeared in the upper right of the electronic display.

With a wave of a paddle-like thing on the right side of the display, a simulated warhead began to change direction until it was aimed directly at the red dot.

At the same time, on the screen of the electronic display, that spot of light is exactly in the center of the screen.

The chief engineer aimed the emitted infrared light at different places, and the warhead could always aim at that point quickly.

At this time, the engineer thought that Lynch should understand, so he continued to explain to him, "Information analysis is a big device, you saw it."

"So it is impossible to put it on the guided missile, and it can only be arranged in a place in the cabin."

"The part that controls the connection between it and the guided missile is a signal line that is no longer than 100 meters long. We have plans to shorten it further..."

Lynch interrupted at this time, "Just now you said that its aiming range is 350 meters."

The chief engineer nodded, "Too long wires are not only easy to make mistakes, but also very dangerous to the aircraft itself."

"But the speed of the guided missile is very fast. For the current old-fashioned aircraft, once it is locked, they cannot react at a distance of several hundred meters!"

(End of this chapter)