blackstone code

Chapter 715 Research Institute
the weather is getting hotter.

Sometimes it is cold in winter, but as long as you wear more clothes, there will always be warm days.

Summer is a real pain. Even if you don’t wear clothes, you will still be hot. The ubiquitous heat, even the wind is scalding. Not only will it not feel cool when blowing on people’s body, but it will be even hotter.

Even on the busiest street in Bupain, the flow of people has dropped significantly, and people are afraid of the heat.

Lynch thought of the summer in Nagalil. The summer temperature over there is obviously higher than that of the Federation, but it doesn't make people feel hot.

The scorching heat wave in the shade of the whirling trees became shady, and there was a coolness blowing on people's bodies, refreshing people's hearts.

Sitting on a wicker chair, blowing the wind, watching those Nagalilians sweat profusely on the construction site in the hot summer, there is nothing more enjoyable than this.

When Lynch entered the research institute, a group of staff were debugging some kind of machine.

"What are they doing?" Lynch asked casually.

The director of the research institute who came to greet him immediately explained, "They are installing a thermostat, which can keep the temperature of the space in the research institute within a stable threshold."

"Some materials that are sensitive to temperature changes need to be tested in different environments, so we purchased a set, and they said it was central...something.", the director can't remember the word, and he is not familiar with this aspect. really care.

In fact, it is the central air conditioner, Lynch nodded.

In fact, his cognition was a little bit wrong. This thing is not just as simple as a central air conditioner. It can reduce the temperature of some rooms to close to zero, which is difficult for air conditioners at present.

Sometimes a breakthrough in cutting-edge technology can often lead to successive breakthroughs in many related technologies. For the current Federation, it is about to enter the blowout period of technology. As long as those people have fantastic ideas that can convince others, they will not be difficult. Get investment from rich people.

This research institute was purchased by Lynch with a small amount of money. The institute itself is worthless, and the land is also worthless. With less than 30 yuan, it becomes Lynch’s property. Of course, there will be no materials or researchers in it. There are only a few not outdated, but not the most advanced research precision instruments.

This research institute is currently assigned to "Blackstone Industry". Blackstone Industry is not an operating company in a common sense. It actually does not produce anything by itself, not now, nor in the future.

This is an institution dedicated to research. Lynch has invested a lot of money in it and hired some real scientists and a small number of civilian scientists. Its value is to provide various ways to realize people's interesting ideas.

These methods will be registered as patents and then licensed to "Blackstone Manufacturing" and other companies in which Lynch has a stake.

For example, the aircraft company that many relatives of members of Congress and military representatives joined, they will get authorization and then produce something.

It is impossible for Lynch, an enterprise that obviously belongs to the transfer of benefits, to take it too seriously, let alone assign some important work to it.

A company with loopholes can't keep anything at all.

After the two had gone through the process of eliminating static electricity, it was considered that they officially set foot inside the research institute.

"Mr. Lynch, we have already begun to design some of the ideas you provided about the aircraft engine..." The director took the initiative to open a door for Lynch, and the two entered the interior of the research institute.

The security forces used in the entire research institute are all from Blackstone Security, and they are all from our own family, so you can use them with peace of mind.

Many researchers knew Lynch, but they obviously didn't intend to come over to greet Lynch, but were seriously doing various calculations or experiments.

Lynch promised that if they can come up with the first dedicated aircraft engine before January [-] next year, then at least [-]% and no more than [-]% of the profits generated by the first generation of aircraft engines will be obtained. Proceeds will be taken out and rewarded to all researchers.

It doesn't seem like a lot, maybe the authorized production cost of an engine is only tens of thousands of dollars, but the quantity of this thing is definitely not small.

Regardless of whether it is purchased by military or civilian enthusiasts, the researchers in the research institute believe that within its lifespan, it will not be a problem to sell several thousand units, so the [-]% bonus generated by the authorization fee alone will reach hundreds of thousands even more.

As long as the engine is not completely shut down, the researchers of the institute will continue to benefit from it.

In this period of economic downturn, it is very rare to have such benefits, and everyone is working very hard to design.

The director of the research institute is not a high-level researcher himself. He is an engineer in a heavy industry group laboratory and is mainly responsible for designing high-horsepower engines to serve some construction machinery.

This job was relatively uninteresting and lacked a little passion. It was not until Lynch found someone to hope that he could change a job that he rekindled his new passion.

Flying is always one of the most romantic fantasies in human beings. Everyone has the freedom to yearn for the sky, and the director is no exception. So when someone found him and told him that Lynch planned to invite him to study the engine of the aircraft, he immediately I agree.

Not only did he come alone, but he also recruited some people in the industry he knew who were willing to change jobs. Of course, this also had something to do with the price Lynch offered.

Lynch is very enthusiastic, people are enthusiastic, and money is also enthusiastic. Enthusiasm is often the most difficult thing for people to refuse.

"According to some of the ideas you provided, we have actually completed the initial design..." Lynch didn't say a word along the way, and the director felt a little uneasy. It has been three months since the establishment of the institute.

If there is no progress in three months, he will feel a little embarrassed. He walked to the innermost part of the research institute, where there are many splints with drafts drawn with various patterns and formulas.

The director found a piece, pushed it out, and showed it in front of Lynch.

"After some research and discussion, we theoretically pushed the horsepower of our first-generation engine to more than [-] horsepower, and our aircraft designer designed a very beautiful appearance for it..."

The director proudly patted the draft of the plane behind him. This shape was designed by those civilian scientists.

During this period, academic scientists and civilian scientists had not yet formed a stereotyped mutual contempt, and both sides cooperated well.

It was a biplane that was not too different from Lynch's impression. The propeller was in the front, and the structure was simple and effective. In fact, many civilian scientists design airplanes like this.

"Why are the wings...", Lynch asked a "little question", but obviously this little question is not so easy to answer.

The director stuttered for a while, and after apologizing, he brought in the designer, a private aircraft scientist invited by Lynch himself.

Lynch had seen his performance, the plane took off smoothly and then crashed, impressive.

After the guy arrived, Lynch asked his own question again, and the citizen scientist answered "stable."

"Mr. Lynch, the biggest problem we face in the air is stability and sturdiness. The design of the wings is to take care of a little bit. We don't need to worry about it will suddenly disintegrate, and we don't need to worry about it breaking when we pull up. wing."

"The new engine will give it more power. When doing some maneuvers, we first consider whether our wings will allow us to do it..."

This civilian scientist is obviously a practitioner. Judging from his flight experience, which is said to have never landed smoothly, his experience is actually more valuable than the formulas written by the researchers in the institute on drafts.

Precisely this is why after recruiting a group of academic scientists, Lynch also recruited some civilian scientists with rich flying experience to enter the research institute.

Practice is always more meaningful than doing work on paper. Their experience comes from failure, not simulation. These experiences are more valuable.

The civilian aircraft scientists who survived this period and were active for a long time were definitely escaped from various desperate situations.

Those civilian scientists with insufficient ability and brainpower died long ago in the last flight accident.

He kept stating his point of view. In fact, in the end, it is difficult for the current materials to support high-powered aircraft to perform some complex movements in the air.

In other words, the engine of the current research institute has theoretically surpassed all previous engines, and the design of the aircraft must accommodate the engine, not the engine to accommodate the aircraft.

"How long and how far can it fly?"

"We currently have three designs..."

"The first type of single-person pilot, cutting off all unnecessary equipment, can theoretically fly about [-] kilometers."

"The second type can carry two people, and the flight distance is about 300 kilometers."

"The third type can carry a pilot and six 150 howitzer shells, and the flight distance is about [-] kilometers."

Both the director and the civilian scientists were very proud when telling these data. If this kind of data is released, it will definitely detonate the entire industry.

They even designed an attack system in advance, dropping shells directly from high altitude!
Some aircraft before this have also considered attacking, but their approach is obviously of little significance. For example, using pistols, rifles, and machine guns on the plane is of little value.

Pistols and rifles can't hit people on the ground at all, but machine guns can, but they need to fly at low altitudes.

As we all know, the biggest problem with the aircraft at present is that it cannot be pulled up after a quick dive, and it often hits the ground with its head, so it is obviously not acceptable to use a machine gun as an attack method.

As for throwing grenades...

If it flies too high, the grenade will explode in the air. If it flies too low, it is easy to be hit by a machine gun, and it is difficult to land. As a result, until now, the aircraft has not completely entered the sight of the military of various countries.

As long as it cannot form effective combat effectiveness, everyone is not willing to study it excessively. It is better to let those civilian scientists continue to work on it, and the military and some companies give them a little money from time to time.

It is best to be able to produce results, and there is not much loss if there is no result.

(End of this chapter)