Li Hao and Zhou Yunsheng left Yusheng Hospital. They drove back to the company.

They all felt that they had gained a lot by returning to the hospital this time.

Li Hao felt that he did not come in vain this time, and the biomagnetic field data obtained was enough for the biological laboratory to be used for a period of time, and it would definitely be able to screen small tissue cells, and it would also have a guiding role in the screening of large organs.

Zhou Yunsheng felt that the best thing was that the relationship between Li Hao and his brother Zhou Lei was not as stiff as before.

They soon returned to the company, where employees had employees ride the elevator with them and greeted them happily. The company's employees are also discussing the company's hematopoietic stem cells.

Zhou Yunsheng returned to her office to sort out the things that the company had encountered in the past few days.

On the way, Li Hao received a message from Director Bi Ye, saying that the wireless power transmission technology and virtual reality imaging technology developed by their physics project team were successful.

Li Hao was pleasantly surprised when he heard it, he didn't expect Director Bi Ye to lead the research and development of scientific researchers so quickly.

Virtual reality imaging technology, Li Hao doesn't know what the degree of their research and development is, can it be fake and real?

You must know that if this technology can really present the technical standards he gave perfectly, it will have too great a role in promoting the development of scientific research.

The main function of this technology is to create a virtual simulation environment. It is paired with strong artificial intelligence. It is possible to simulate most of the scientific rules in real-world situations.

For example, the state of each atom in a chemical reaction is set. For example, the orbital transition and orbital hybridization of electrons, the law of atom and molecular combination.

Most of the chemical reactions can be realized in a virtual simulation environment.

This is a completely strategic technology for the search for new materials.

And wireless power transmission technology, if combined with iron-graphene batteries. This combination is not as simple as one plus one.

It is entirely possible to deploy wireless transmission satellites in the sky. This is an all-electric propulsion ship powered by iron-graphene batteries.

They can sail anywhere in the world without worrying about recharging. The impact on the current maritime transport industry is huge.

This assumption is just the tip of the iceberg of this technology. Li Hao still has a lot of novel ideas.

It's just that he wants to see what requirements the company's wireless transmission technology meets? Whether it can meet the minimum orbit distance requirement of 300 to 500 kilometers of satellites.

With excitement, he pushed Bi Ye's office open. Now it's useless to think about it, you will know the specific parameters of the device right away.

Li Hao walked into Director Bi Ye's office and found that there was no one here at all. He searched through the parrot and learned that the graduating director was in the laboratory.

He turned around and went to the laboratory again, and when he pushed the door in, he saw that the graduating director had led the researchers to debug a device that looked like a satellite antenna, which was about a meter long.

When Bi Ye saw Li Hao coming in, he said happily: "Mr. Li, these two techniques you asked me to study. They have also made breakthroughs and have already been developed.

Virtual reality imaging technology is now being programmed by computer companies to control the software. It will be shown later. ”

Bi Ye pointed to this antenna-like device and said: "This is the largest wireless transmission technology transmitter we have developed, and its maximum transmission distance is eight kilometers. ”

Li Hao heard that the maximum transmission range of wireless power transmission technology is only eight kilometers, so this technology can only be called wireless charging technology.

This is too far from the satellite power networking he envisioned. But it is also more advanced than any kind of wireless transmission technology in the world.

Li Hao saw this extremely small device and asked happily: "Is it so integrated now?" I thought the equipment would take up half the room. I didn't expect it to be just a small antenna. ”

"How is this possible?" After Bi Ye said a word, he raised this and called it antenna. See that underneath it is a silver joint.

He pointed to the connector below and said to Li Hao: "This is just a transmitter, and the real device occupies a total of five rooms." It covers an area of 1,000 square meters. ”

"It's so big, so how about its transmission efficiency." Li Hao hurriedly asked.

Transmission efficiency is too critical to determine whether it can replace today's transmission technology. If there is too much loss in the middle, it can also only be used for terminal charging.

"The transmission efficiency of this device is related to its power, and the size of the republican device. Large equipment transmits eight kilometers with a power of two thousand kilowatt hours. Its power transfer efficiency is 50%.

But it transmits power very quickly, and this device can charge 500 targets at the same time. 0.3 seconds can fully charge a 220-volt iron-graphene battery.

The medium-sized device occupies an area the size of a washing machine, and its power is three kilowatts. The transmission efficiency is 70%. It is possible to charge 80 targets at the same time. 5.5 seconds can fully charge a five-volt iron-graphene battery.

A small device is the size of a fist and has a power of 12 watts. It can charge five targets at the same time, and a five-volt iron-graphene battery can be filled in 30 seconds.

We produce wireless power transmission technology, which fits perfectly with our company's iron-graphene batteries. As long as a receiving device is added, two models of iron-graphene batteries can be charged in this way.

When I say power, I mean how much electrical energy is needed to work when the equipment is running, and their own components work. It has nothing to do with the amount of energy it transmits. ”

Li Hao listened to the introduction of the graduation director, and he knew that now this technology can only be used for charging.

The first type of large device can only be designed to charge large devices in a fixed location. For example, this kind of equipment is set up at the dock to quickly feed the all-electric propulsion ships coming and going, which can greatly improve the supply speed of the ship.

He can also be installed at the railway station to later charge the high-speed rail that uses iron-graphene electromagnetism.

Medium-sized devices can be used to charge household appliances, as emergency charging vehicles and set up on the road to charge buses and cars.

The last small device can only charge electronic devices such as mobile phones. But the emergence of wireless charging technology has also had a great impact on life now.

Li Hao asked Bi Ye about the most important technical parameters of this technology: "How does it harm to living organisms?" ”

The reason why he asked about living organisms, not about the human body, was because of the technology he had obtained from the library, and after his careful calculations, it basically did not harm the human body.

But for some small animals, bacteria and viruses have great lethality.

When Bi Ye heard this question, he replied proudly: "After a long period of experiments, we found that this technology basically does not harm living organisms. He doesn't even hurt bacteria and viruses.

According to Mr. Li's conjecture at the beginning, we developed a primary technology. It was found that the validated mice died easily.

Such a technology cannot be adopted, not to mention the damage to the ecological environment. It is that after using it, it causes the rats or pets in the house to continue to die. It can also cause great panic.

Finally, after a long period of testing, we modulated low-frequency, high-energy electromagnetic waves that are harmless to living organisms.

This electromagnetic wave is our core secret, and it is generated entirely by chance. It is against common sense that this happens. Even if others detect it, it is difficult to imitate it. ”

Bi Ye said happily: "By researching this technology, we have developed an efficient sterilization technology. Its disinfection power is thousands of times greater than that of UV lamps. It is also completely harmless to the human body. ”

When Li Hao heard this, he said happily: "This technology has been completed very well, and the company will reward your physics project team."

Now design the drawings and send them to Yuan Dingfang for them to arrange production. After the company's iron-graphene battery is put into production, it will be able to match this wireless charging technology. ”

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