The Technology Tree of Xueba

After the publication of the papers in the Spark journal, scientific research institutions in all countries are urgently studying these papers.

Scientists all recognize that gravitational technology and nuclear force will be the vane of the next stage of technological explosion.

In major countries, it is easier for scientists to obtain scientific research funds than other projects as long as they submit applications to study gravitational technology.

Xinghuo Technology is also researching gravitational technology, except that the water city degenerate state laboratory continues to study degenerate matter, and at the same time uses the particularity of degenerate matter to study gravitational technology in the quantum field.

The Xinghuo Science and Technology Research Center also established a gravitational laboratory, with Li Qihua, who has made great contributions to the gravitational project, as the director of the laboratory.

Zhou Yu put on his clothes and was about to go out. He looked at the children who were slowly crawling on the ground and having fun, with a gentle expression on his face.

Xiao Jin, I'm going to work now, why don't you go to the modern medical laboratory?

Zhou Yu was afraid that it would be boring for Chen Jin to take care of the children at home, so he suggested that Chen Jin continue to work.

Chen Jin waved her hand: Children are most active when they are 1 to 3 years old. I have to keep an eye on them all the time. Intelligent robots can't do everything.

After they are three years old and have a certain degree of autonomy, I will think about it according to the situation.

Zhou Yu left home and did not go to the headquarters of Xinghuo Technology.

Xinghuo Technology is already a large-scale group with a very complete management system, and quantum computers cooperate with artificial intelligence Xianghua to keep an eye on the company, so there will be no mistakes.

He went straight to the newly established gravity laboratory of the scientific research center.

Zhou Yu found Li Qihua, the director of the Gravitational Laboratory, and asked him about the progress of the Gravitational Laboratory's research and development of gravitational technology during this period.

Scientific theories are the most difficult. All technologies must be supported by scientific theories if they want to develop.

But even with the support of scientific theories, it is very difficult to develop a feasible technology, especially when there is no reference in a new field.

Li Qihua reported to Zhou Yu the current situation of the gravity laboratory.

Mr. Zhou, our gravitational laboratory leads the research on macroscopic gravity.

The graviton research in the quantum field is placed in the degenerate state laboratory, chaired by Professor Zhao Qianyi.

They are now able to control the nuclear force to guide the operation of quantum, and they are cooperating with Mr. Zhang Wei to develop a new quantum computer.

When Zhou Yu heard Li Qihua's introduction, there was no trace of joy on his face, because he knew the news a long time ago.

Nuclear force is the collective name of the four fundamental forces, all of which originate from the nucleus, and their homonyms are also resultant forces.

The nuclear force in the quantum field is relatively easy to control, and Zhang Wei learned about the specific situation of gravity.

He cooperated with the degenerate state laboratory to prepare to control the quantum through nuclear force, develop a new quantum coherent sphere, and let the quantum computer enter the era of three-digit qubits.

Li Qihua continued: Our gravity laboratory mainly studies two technologies, anti-gravity technology and gravitational traction technology.

Antigravity technology is a manifestation of gravity.

The magnitude of the gravitational force an object receives from other objects is closely related to the mass, energy, and state of its own graviton.

Now in the laboratory, a small group of ferric oxide molecules can be suspended in the air with the help of the gravity of the earth.

While Li Qihua was talking, he took out a fingernail-sized, black ferric oxide from the laboratory.

He threw the ferric oxide to the ground, and it was suspended in the air in a space about 1 meter away.

Mr. Zhou, this is the anti-gravity technology we can develop now.

A breakthrough has been made in the theory of this technology, and we can capture the effect of the magnetic field through the ferroferric oxide itself.

The energy is transferred through the electromagnetic field to change the graviton of the ferric oxide molecule.

Just to maintain the anti-gravity phenomenon continuously, it needs to consume a huge amount of energy.

After Li Qihua finished speaking, the ferric oxide molecule suspended in the air suddenly fell to the ground, and it stayed in the air for about a minute.

Ferric oxide molecules can stay in the air for 58 seconds, but it is the energy consumed by this fingernail-sized ferric oxide molecule for 58 seconds.

It allows the Fuxing high-speed rail to carry a carload of people from Shanghai to Yanjing.

The current anti-gravity technology is completely immature, and there are still many difficulties to overcome, but this technology has indeed completed the previous theory.

Anti-gravity technology is only achievable if we find new ways to control gravity.

When Li Qihua introduced the anti-gravity technology, his face suddenly showed excitement, and he introduced to Zhou Yu: The anti-gravity technology is just a prototype. After unremitting efforts in our gravity laboratory, we have now developed the gravitational traction technology.

It can be used as the core technology in the aerospace field to accelerate the spacecraft through the gravity of the planet, and the current effect can be used in practice.

Zhou Yu asked curiously: What is the specific implementation method of the gravitational traction technology? This sounds a lot like a gravitational slingshot.

With a smile on his face, Li Qihua introduced in detail: Mr. Zhou, the gravitational traction technology is completely different from the gravitational slingshot technology.

The gravitational slingshot technology uses the gravity of the planet passively, and the spacecraft enters the gravitational field of the planet from a special angle.

Then fly out from the other end of the planet, so that because of the synthesis effect of the speed, the spacecraft obtains its own speed plus twice the speed of the planet.

Because the mass gap between the spacecraft and the planet is too large, the planet loses tiny kinetic energy to accelerate the spacecraft.

This has little effect on the speed of the planet, but can greatly accelerate the spacecraft.

If it is done like the movie Wandering Planet, the mass of the two planets is not much different, and it is easy to collide together. It is extremely difficult to use the gravitational slingshot technology to accelerate.

Our gravitational traction technology is a macroscopic application of gravity, and the mass ratio of two objects needs to be above 10＾15 to use the gravitational traction technology.

For example, the mass of the moon is 7.349×10^22 kilograms. For objects over 70,000 tons, it cannot achieve gravitational traction.

This technology is not only about quality, but also about distance.

On the earth, as long as we get rid of the influence of the earth's gravity on the object, and then use the gravitational traction technology, the object can be accelerated by the traction of the corresponding planet. The moon can pull 100 tons of objects at a time.

After listening to Li Qihua's introduction, Zhou Yu asked suspiciously: Gravity traction technology is very effective, how do you get rid of the influence of the earth's gravity.

The easiest way to get rid of the gravity of the earth is to accelerate the object to the first cosmic velocity of 7900 per second.

Li Qihua immediately explained: Mr. Zhou, the gravitational traction technology does not require the object to reach the first cosmic velocity, it only requires the object to escape the decisive influence of the earth's gravity.

You only need to accelerate the object to 1000 meters per second, and through the gravitational pull of the moon, you can use the gravitational force of the moon to make the speed of this object rise rapidly.

Quickly reach 7900 meters per second, get rid of the influence of the earth's gravity.

If we can borrow the gravitational force of the sun in the future, the requirements for the initial speed of the objects that can be pulled and the objects will be lower.

We already have a model of this device, which I named the Mass Projector, which can continuously project spacecraft with a mass of no more than 100 tons at night.

The launch of the spacecraft borrows the gravitational force of the moon and requires very little energy, which is more economical than space rockets.

After Li Qihua finished his introduction, he immediately turned around to get the model of the mass projector, ready to show it to Zhou Yu.