Osborne Megacorp

Tanzania is a poor place - but it is just poor, not barren. On the contrary, it is rich in various mineral resources, such as gold, diamonds, iron, nickel and so on.

The foreign investment attracted by this country is mainly concentrated in the fields of mining, tourism, agriculture and low-end manufacturing, but they officially encourage foreign investment in education, medical care and some infrastructure and transportation facilities.

This is not a coincidence. Osborne is very experienced in this area. If Quinn International hadn't started early, Tanzania officials would actually have hoped to attract Osborne's capital injection.

Based on the Daisy Mine, Harry plans to invest in a fusion power station here. Of course they are overjoyed - who doesn't know that Norman is now deeply tying the US dollar to fusion power?

By being the first to own Osborne's power supply, they can develop many industries using it, and other investors will be happy to invest in building factories in a place with fusion power.

So when they discovered that the construction of Daisy Mine facilities did not bring them much employment, they wisely did not protest.

You know, most of these countries are very concerned about the jobs provided by these industries, and will even cause trouble because of it.

And why aren't there any workers here?The reason is that Harry has been monitoring the mining conditions here remotely. The workers here are all mechanical laborers, with only a few engineers sent from the United States.

Facts have proved that the mechanical labor is very mature. The mine has been running for a whole season without any problems. The only problem is the huge power consumption. This is why Harry wants to build a power station here.

These workers are unconscious and work 24 hours a day. Coupled with Osborne's rock-breaking technology, the mining speed of automated veins is dozens of times faster than conventional mining.

There were only a few mechanical and mining engineers in the camp - the space was big enough anyway, and Harry even arranged a small villa for them.

Looking at the environment here, Harry wondered whether he should arrange for Bishop Company to come here to interview these foreign engineers and promote it to attract more engineers to join Osborne Construction.

In the conference room, several engineers were now explaining to Harry the problems they encountered.

"Mr. Osborne, this is the place. The deepest working surface has reached 3.8 kilometers. The structure of the minerals dug out from here has undergone some changes. Rather than being ore, these minerals are more like natural alloys."

"Not only that, but the nearby geology became... 'chaotic' - I know that sounds weird, but it's true."

"And we also found some broken diamonds..."

Several engineers talked about strange things, and a geologist stationed here summed it up:

"It is no longer possible to dig further here. This is a geological feature that has never been seen before. It is difficult to imagine what is underneath - rash drilling may cause an accident."

According to Dr. Hall's theory, gravitonium will randomly change the surrounding gravitational field after absorbing energy, so this thing is buried underground and absorbs the energy of geological activities, inevitably causing some peculiar effects on the geological structure and minerals here. Influence.

Ian Quinn and Dr. Hall have published many articles on this, speculating on several possible effects of gravitational onium on geology.

But it was obvious that both of them had their hands full, especially Ian Quinn. If Harry hadn't hacked his computer, no one would have known that he had done so much research.

Continuing to dig deeper may lead to landslides and other accidents, so what should we do?Ian Quinn also thought about it - the digging is over. If it collapses, a new group of people will continue digging. All this is recorded on Quinn's computer. Anyway, there are many people with two legs. All he needs to do is give the official some money. , accidents can be smoothed over.

In this regard, Harry can only use Ian Quinn's plan, but he doesn't have to waste lives.

Harry nodded after hearing this: "You have thought carefully, but they are just a few robots. I need you to arrange to continue digging."

This is the advantage of automated operations - Osborne does not have to waste human lives to mine.

But several engineers still looked at each other in confusion - "It's just a few robots," the chairman said lightly, but each of these machine workers is valuable. In their view, this technology is more precious than this mine.

However, no matter how expensive the facilities are, they are nothing compared to human life.

These engineers' affection for Osborne has grown to another level: Mining here requires almost no mining, and the efficiency is high. Osborne has given them enough respect, and they can still do research when they have nothing to do. Apply for the Osborne bonus.

Seeing their appearance, Harry patted their shoulders:

"Osborne has always been known for his humanistic care. Don't worry, just go ahead and do it - but this matter will be kept confidential, do you understand?"

The engineers nodded.

The next thing was easy to handle. The machine workers dug all the way down. There were several landslides in the process, but Harry soon brought more machine workers from the headquarters.

Calculating this, Osborne suffered heavy losses in this mine. Harry didn't say anything, but the engineers began to panic:

If Osborne goes bankrupt, where will they find such a job?

Just two weeks later, Harry finally dug up what he wanted - a 3.6-meter-diameter mass of strange material called Gravityium.

Around the gravitational force, a strange shell was formed due to its irregular changes in the gravity field. It took Harry a lot of time to break open this shell.

Harry has given the engineers a long vacation to better understand the local customs. He is going to study with his robot workers how to take out this thing.

There is a strange force field surrounding the gravitational force, which allows it to float in the air, but any metal or organic matter that comes close to it will be sucked in and assimilated, and will disappear under the complex gravitational field effect--

Like a black hole, it's difficult to predict what will happen to the material being sucked into it.

As a natural compound, this thing is like a fantasy substance. It may be a bit unrealistic to understand how it controls gravity, but it is undoubtedly suitable for deepening the study of gravity through it.

Dr. Hall proposed a design in his paper many years ago that uses electromagnetic force to control gravity. Through the research of Hall and Ian Quinn, Harry successfully designed a restraint device and brought this thing up from the underground. .

After years of academic exchanges with Marvel's top scientists, Harry has gradually become familiar with Marvel science. Sometimes he is surprised that he can do these things.

Speaking of gravity, judging from the plot, this thing can even be injected into the human body to gain the ability to control gravity. You can imagine how mysterious this thing is.

Looking at the surging mass, Harry suddenly had an idea.

Dr. Hall predicted the existence of this thing through general relativity and Marvel physics, and developed the equations to control the gravitational force field through electromagnetic force.

This is the way humans control gravity - by summarizing laws and using machine control.

But if it's electromagnetic force... doesn't there happen to be an electrical life form next to me?

As soon as Harry had this idea, Lenin jumped out of the surrounding wires and scurried around the gravity curiously.

The idea of ​​giving Leinen power to control the gravity field might work.