Material Empire: Start Cans For Airplanes

As the name suggests.

Superconducting materials are materials that allow electrons to form stable transmission at the cost of "zero loss".

In addition to transmitting power, there is a huge potential for extension that can be tapped.

The superconductivity of materials can be used to make magnets.

It is used in industrial fields with bright prospects such as motors, high-energy particle accelerators, maglev transportation, controlled thermonuclear reactions, and energy storage.

The produced motors can be more sensitive than the servo motors produced in the 21st century [really bring the precision robots of science fiction subjects such as mech warriors into real life.

In the field of robotics research, the biggest difficulty is artificial intelligence technology and high-sensitivity motor manufacturing.

Artificial intelligence technology is used to control the entire system, and the high-sensitivity motor is the execution unit that realizes various control energy transmissions.

High-energy particle accelerators are large scientific research devices that can help scientists find the secrets of particles and electrons in the microcosm.

So as to explore all the principles of bright matter and dark matter.

Maglev transportation is a transportation system that surpasses high-speed rail and airplanes. It is not only safe and reliable, but also has unparalleled energy-saving characteristics.

Quiet, no noise, no pollution, it is an ideal product for public transportation.

The controlled thermonuclear reaction is the so-called artificial sun.

The difficulty of research and development lies in the control of magnetic force. Before finding superconducting materials at room temperature, scientists experimented with superconducting materials at the temperature of liquid nitrogen.

A small town-sized oversized supporting cooling device was built, claiming to solve the problem of human energy sources forever.

It is also the only driving force for human beings to explore space in the future.

The emergence of room-temperature superconducting materials will make the supporting cooling equipment the size of a small town useless.

Turn the thermonuclear reaction equipment and energy storage equipment into only the size of a 100,000-ton aircraft carrier, and truly enter the stage of implementation.

If the size is further reduced, the space battleship project will be released, which is not necessarily the case.

Bearings are at the heart of basic industries.

It is the core part to ensure the operation of equipment with low energy consumption, and is widely used in all fields related to industrial equipment.

Low energy consumption, no energy consumption without a watch.

The annual loss of energy and power in bearing equipment accounts for about 10% of the entire industrial energy consumption.

Don't look at the small proportion, the real number is scary.

It is equivalent to the annual power generation of Huaxia 21st Century.

If the complete diamagnetism of room temperature superconducting materials is utilized, industrial bearings that are truly energy-free can be manufactured.

Even, frictionless gyroscopes can be manufactured accordingly.

The accuracy of the gyroscope mainly lies in solving the problem of mechanical friction.

A gyroscope without friction would make precision instruments terribly high.

The same reason.

Popularize room-temperature superconducting materials in precision instruments such as precision measuring instruments, radiation detectors, microwave generators, and logic components.

The detection standard accuracy of human beings will increase by a hundred times.

Thus opening up a wider world.

The application of superconducting materials to the computer field can directly improve the performance of binary electronic computers by 10 to 20 times.

Imagine that the performance of an ordinary home computer is increased by 20 times, and the huge computing power it brings is completely comparable to that of an industrial computer.

What about a 20x increase in supercomputer performance?

Su Hao knows very well what kind of changes room temperature superconducting materials will bring to the world.

He is more aware of how earth-shaking changes this material can bring to his motherland.

Fortunately, the habit of hiding his hand made him feel a little at ease.

Of the twelve papers sent to Professor Zhao, none was about the role of graphene materials in power transmission.

The matter of superconductivity is not even mentioned.

Under normal circumstances, the application range of a new material requires ten years or even decades of research before it can really exert most of its performance.

Su Hao is confident that with his support, the commercialization speed of domestic graphene materials can lead the world.

Moreover, it is not just the superconducting properties of graphene materials that he is hiding.

There are also advantages in the field of chip manufacturing.

In view of the high preparation cost of graphene materials, it is impossible to popularize them on home computers.

However, it can replace silicon crystal materials, replace wafers for supercomputers and industrial computers, and become the main material for chip manufacturing.

When it comes to a construction plan larger than the investment in the semiconductor industry, he has no one to trust.

You can only choose to invest yourself.

I was busy writing and drawing on the materials until the early hours of the morning before I determined the industrialized distribution of thin film materials.

The main scientific research centers of Weihua Holding Group are all built in the capital, and graphene film materials are the basic materials that urgently need to be researched and applied.

0......seeking flowers......

He can only choose to expand the nano-film material factory in Kyoto to form the second and third phases of the large-scale project.

To meet the increasingly large application requirements.

At present, graphene films are only provided to a lithium-ion battery company named Hongda to meet the huge demand for 2G mobile phone batteries.

The completion of the second phase of the newly expanded project can fully promote the sewage treatment plant.

Otherwise, the production capacity will not keep up.

The little prince is so generous that he can barely produce some filter element materials for him by means of laboratory manufacturing.

"Reborn once again, the young master is so busy that he doesn't even have time to fall in love..."

Seeing that the hands of the clock were pointing to two o'clock in the morning, he rubbed his swollen head and sighed, then fell down on the big bed and snored like thunder.

0......

As an unqualified reborn, he really pushed himself too fast.

The huge flow of tens of billions of dollars of funds coming and going, but not much is used for the extravagant living of luxury.

Instead, they worry that the investment capital is not enough to get involved in more industrial chains.

What he longs for day and night is to contribute all his strength to this country he loves so much.

"Su Dong, I have already confirmed with the media and Mr. Yoshino, the meeting will be arranged until four o'clock in the afternoon, and we will have afternoon tea."

"The arrangement in the morning is to meet with Cao Jianhua, and roughly plan the progress schedule of the desert oasis project."

"And then I have to discuss with Mr. Meng about the establishment of an auditing agency at the head office..."

After Su Hao finished washing, he munched on the big steamed buns his mother had steamed.

A mouthful of big buns stuffed with cabbage and meat, a mouthful of thick millet porridge, and sweat splashed all over the place.

If you don't have a work schedule that reminds you of a ghost, things will be perfect.

Bi Xifeng mentioned a work arrangement, he nodded and said: No problem!

But his mind was spinning fast, thinking how to separate himself from the complicated daily affairs management: "Xi Feng, I will give you another ten days, and I will leave these trivial matters to you to deal with."

"what!"

The boss's nonsense statement made Bi Xifeng cover his mouth in surprise: "Su Dong, I dare not be the master of such a big matter as the holding group!"

Just kidding, any project is designed to be billions, tens of billions.

There are even big projects worth hundreds of billions of dollars that need to be decided by the boss. Who would dare to take over such a hot potato?