Material Empire: Start Cans For Airplanes

The world seen by ordinary people is completely different from the world seen by scientists.

For example, the earth revolves around the sun, which is the common sense of ordinary people's life.

This is what is written in textbooks when people receive relevant basic education.

Who knew that such an explanation was just to let the public understand the laws of celestial bodies more straightforwardly?

The real answer is the world in the eyes of scientists: the earth has been moving in a straight line.

The reason why it revolves around the sun is only because the gravitational force creates a distorted space.

By analogy, the earth creates a distorted space with gravitation, so that the moon moves in a straight line according to the revolution coefficient of 27.3 days.

Scientists live in real life full of "common sense", but their minds are full of natural science knowledge.

Unfortunately, the two often conflict.

It doesn't matter once or twice. After a long time, scientists don't know which answer is correct.

Therefore, the behavior will become weird.

Some have been taciturn since then, refusing to have any communication with the outside world, which will destroy their correct judgment on research projects.

There are also some great scientists who were blocked by scientific research theories, turned to the arms of the gods, and abandoned natural science ever since.

In Su Hao's cognition, Yoshino Taiji is a 290 research expert in solid-state ionics.

As a scholar, he is still a scientist with great research ability, not a scheming businessman or politician.

Such a person, let go of the project he was working on, and suddenly ran over to visit him, because he couldn't figure out why the energy density of Weihua Group's lithium-ion batteries is so high.

With the same size, the Sony lithium-ion battery can be up to 800 mAh.

However, Weihua Group's experimental products directly hit 1500 mAh, and there is still huge room for improvement in the future.

"The old man seems to have made a mistake. The relationship between us and Sony Lithium-ion Battery Company is a competitor, not a partner."

After roughly judging the meaning, Su Hao grinned and told Bi Xifeng: "Appoint a reporter tomorrow, and specially arrange a conversation between me and Taiji Yoshino."

Scientists generally only care about scientific research.

However, it is certainly not Taiji Yoshino's way of thinking to arrange scientists to make a big noise to inquire about the research content of lithium-ion batteries.

Someone behind the scenes deliberately manipulated it.

Just imagine, an old scientist who is old enough to be his own grandfather, perseveringly standing in the cold wind and waiting for the opportunity of academic exchange (ajfg).

And the well-known junior in the academic world watched the old scientist suffer from frostbite, but still refused to give a chance to meet. Isn't it a very sad story?

After such news is reported, he, Su Hao, will be a devil in the eyes of ordinary people.

Respecting the old and loving the young is a good tradition.

When he was thrown at him like a mace, he didn't intend to be polite.

Simply pierce this layer of window paper once, lest the little devil repeatedly use this trick to deceive more secret technology and research and development results.

The persevering Dongying people reported in various media finally touched the veteran artists, and the story of imparting ancestral skills to others should also stop.

Bi Xifeng got the order and immediately turned around to arrange tomorrow's itinerary.

And Su Hao didn't relax.

The assistant team has sorted out the construction plan of the lithium-ion battery company, and he has to cheer up and carefully review each promotion form.

Find unreasonable places to modify slightly, and then start to implement.

The core part is the large-scale production of graphene thin film materials.

Su Hao is acting like a thief.

The relevant patents and factories of graphene film materials have been extracted, and they have become suppliers of lithium-ion battery companies.

Graphene, a representative material of the fourth industrial revolution, was born ahead of schedule. He originally planned to obtain the support of the school and produce it secretly.

There is no plan to announce it to the public for a while.

In this regard, he has the same idea as the boss to "hide your strength and bide your time" - just quietly improve your strength.

Don't yell like a fool all day long: I am very powerful, come and target me!

At this time, China's GDP ranks below that of many third world countries.

It is the best time to hide your strength.

After this stage, when the economic aggregate ranks second, the huge body can no longer hide in a corner and develop quietly.

The three old men painstakingly created the image of a scientific research genius, just to push him to the podium of the Nobel Prize.

If there is any selfishness, it is nothing more than to show off the educational strength of HKUST.

Now the whole world knows that there is a material with a two-dimensional stable state, and it will have a subversive impact in many fields.

Su Hao had no choice but to break the original plan and expand the investment and construction of the graphene industry.

If the first-mover advantage is used well, it may be possible to create an illusion for the outside world: the graphene material has probably been developed, and it only needs to further develop the production process.

He couldn't guarantee when the magic horn would be discovered.

It can only be forced to get out the room temperature superconducting material before the technology giants discover the mutation.

Superconducting materials refer to materials that have the properties of zero resistance and repelling magnetic field lines under certain low temperature conditions.

There are 28 elements with superconductivity under normal pressure.

Among them, the Tc of niobium is the highest, which is 9.26K.

Niobium and lead are mainly used in electrical engineering, which have been used in the manufacture of superconducting AC power cables, high-Q resonant cavities, etc.

However, the application conditions of these superconducting materials are very harsh.

Most materials require ultra-low temperatures to achieve superconductivity.

At present, the highest temperature for achieving superconductivity is about minus 140 degrees.

Need to configure a huge refrigeration system.

Not only is the shape bulky, but the cost is also like riding a rocket, going straight to outer space.

Therefore, room temperature superconducting materials have become the dream materials pursued by scientists.

Regrettably, the concept of room temperature superconductivity has been proposed for more than 50 years, but no one has found a qualified material.

The so-called room temperature superconducting material means a material that can still achieve a superconducting state under normal working conditions.

The number of failures increased, and scientists gradually lost their desire to find room-temperature superconducting materials.

Only a very small number of paranoid people continue to study.

When two layers of graphene materials are superimposed in the "magic angle" state, they will show a superconducting state.

To put it simply: the graphene material will become a room-temperature superconducting material that scientists dream of after being specially made.

Moreover, industrialized production can be realized.

This is the biggest secret that Su Hao relied on after his rebirth.

Realizing the industrial production of room temperature superconducting materials means that there is only a slight loss of electric energy in the transmission process.

It also means that the electromagnetic gun and electromagnetic catapult being researched in the laboratory will become a reality.

Applying it to the field of basic industry will also undergo earth-shaking changes. .