In the following days, Ye Hua plunged into the development of wireless power transmission technology. Unlike Nikola Tesla, he has now become the richest man in the world and controls huge global resource allocation rights.
There is no doubt that Nikola Tesla is one of the greatest genius inventors and scientists in human history.
More than a hundred years ago, Tesla could have become the richest man in the world at that time. As the inventor of alternating current, he could become the richest man in the world within a year by relying on patents.
But he chose to develop it for free to the public.
Before his death, he was burdened with huge debts and died in poverty. He died in poverty and was almost forgotten by the world.
Tesla made nearly 1,000 famous inventions in his lifetime and declined the Nobel Prize 11 times. He behaved strangely and conducted advanced research. It can be said that the current wireless charging technology for mobile phones is what he left over from his play more than a hundred years ago.
No one can understand his job, and he has remained single for 86 years due to his ability, refusing to date women.
The prototype of "Mad Scientist" is him.
If Nikola Tesla dedicated his life to the scientific cause of mankind, Ye Hua is not as noble as him, and he is not even a fellow at all.
Tesla was in huge debts, and Ye Hua was a super rich man; Tesla was single all his life, and Ye Hua branched out and started to prosper; Tesla’s true love was scientific inventions, and Ye Hua’s true love was secular life.
We are completely from two different worlds, but even if we are not from the same place, we can still do the same thing - wireless power transmission technology.
Even people who are not from the same place can change the world.
…
"Xiaoyin, transfer the materials on the list to the purchasing department and have them ready for me within half a month." In the underground warehouse, Ye Hua floated the list of experimental equipment and required equipment on the screen to confirm and upload it.
"Yes, Master."
Therefore, scientific undertakings and art are the same, and they both need to be supported by capital.
Without funds, you can’t even prepare a laboratory or even experimental equipment. If Nikola Tesla could figure this out, his achievements might be even more amazing, and there might be one more Tesla family and Tesla consortium in the United States.
.
But there are no ifs in the world.
Perhaps it is because he is disdainful of secular things, or even arrogant about it, but even though he is known as a "scientific superman", he is still a mortal of flesh and blood in the secular world.
How can we be transcendent from the world even though we are mortals?
But there are no ifs in the world. Tesla is undoubtedly a great scientist and inventor, but it is absolutely impossible for Ye Hua to learn from him, especially his secular concepts.
It is said that Tesla only slept for two hours a day. If true, it is difficult to imagine how he lived to be over 80 years old in that era.
Since Ye Hua broke out of the cocoon and was reborn, he only sleeps for more than two hours a day, and his energy is not affected at all.
But even so, he may have six or seven more hours than ordinary people, but the time he devotes to work and career is actually about the same as that of ordinary office workers.
because…
As a lower-body creature who likes to indulge in "firecrackers" most, he has many humanoid self-propelled cannons that are mined. He has fun with the crowd and adheres to the principle of fairness and must feed everyone.
The extra time was almost used in this aspect, so God is the best master of balance.
Here, Ye Hua poured a cup of hot tea, took a few sips, and then started to work, gearing up to take on Tesla's biggest wish and bring true wireless power transmission to human civilization.
Wireless power transmission is an "old technology" that pioneers began to play with more than a hundred years ago. Its characteristic lies in the non-fixed point-to-point transmission nature, which can avoid many problems existing in wired power.
The most mature wireless power transmission methods in the world today are mainly electromagnetic induction and resonance.
The first type of electromagnetic induction type is similar to the principle of transformers commonly used in power systems. Products currently using electromagnetic induction to transmit electrical energy include miniaturized portable electrical products such as electric toothbrushes, mobile phones, cameras, etc., which are wirelessly charged by the charging base. Smart
The gimmick of wireless charging for mobile phones is actually this. The working principle is that the power transmitting coil is installed in the charging base, and the receiving coil is installed in the electronic device.
The second type of resonant wireless power transmission is similar to the principle of wireless communication. The electromagnetic waves of the resonant circuit at the transmitting end permeate the entire space in an all-round and open manner, and the circuit at the receiving end resonates at a specific frequency, thereby achieving energy transfer. However, there is electromagnetic radiation.
, the greater the transmission power, the farther the distance, the lower the efficiency, and the more serious the radiation.
Ye Hua decisively abandoned these two technical methods at the forefront of current research, and did not even improve on them because they were of little use.
What he chose was the principle of terahertz coupling resonance, a brand-new wireless power transmission technology.
The core technology point is terahertz!
It is said that Nikola Tesla had an extraordinary memory. He could memorize entire books and recite them at will. He could imagine the entire device in his mind and then construct the device without writing anything down.
Today's Ye Hua also has this ability, and he has a more powerful holographic assistance system than Tesla, which will undoubtedly greatly improve the efficiency of technology development and shorten the development cycle.
In order to develop wireless power transmission equipment based on terahertz coupling resonance technology, there are many technical points that need to be solved. It is no exaggeration to say that completing this set of wireless power transmission equipment will allow Ye Hua to win several Nobel Prizes.
In fact, technological breakthroughs in the application of stanene materials contain Nobel Prize-level technological breakthroughs, and the scientific community is increasingly calling for Ye Hua to win the prize. However, the Nobel Prize selection agency is still more cautious. Many scientific
It may take more than ten years or even longer for a technological breakthrough to be recognized as a prize. The Nobel Prize is still very authoritative in the field of natural sciences.
As for the Economics Prize, the Peace Prize and the like, just look at it.
Another thing that makes the Nobel Prize organization a little helpless is that from all aspects, Ye Hua has no interest in the Nobel Prize.
…
There are too many technical gaps in terahertz coupled resonance technology.
The first one is terahertz (thz). There is a vacuum zone in the electromagnetic spectrum that has not been effectively understood and utilized by humans. Its frequency range is 100ghz~10thz, located between microwave and infrared radiation, which is the so-called "terahertz gap"
.
Terahertz had different names in different fields in the early days. In the field of optics, it was called infrared. In the field of electronics, it was also called submillimeter wave, ultra-microwave, etc.
If Ye Hua wants to develop terahertz coupling resonance technology, he must first master the terahertz technology.
At present, no institution or material company can produce a high-power portable continuously adjustable and low-cost THz emission source, as well as a filter that meets practical requirements. In addition, there is no passive detection that can directly detect THz rays at room temperature.
device.
If Ye Hua wants to use terahertz, he must come up with these.
Wireless power transmission must use terahertz electromagnetic waves. Other wave frequency radiation is more or less harmful to the human body, but the energy released by terahertz is very small and will not produce harmful photoionization in the human body. Therefore, compared with x-rays
, only terahertz rays can truly enter people's lives.
Otherwise, who would dare to use it? Products that cause huge radiation damage to the human body would not even be put on the market.
The intensity of electromagnetic waves attenuates exponentially with distance. The higher the frequency, the greater the damage. At low frequencies, the energy of electromagnetic waves is small. If the energy absorbed when penetrating the human body is not enough to ionize the electrons of molecules or atoms, it will almost
There will be no harm.
However, like X-rays, they have ionization effects. Long-term exposure will damage the electrical properties of cells, causing cells to cause damage, lesions, and cancer.
Because water absorbs electromagnetic waves greatly, and the human body is 70% water, the amount of electromagnetic radiation in the air is very small. Electromagnetic waves in some bands, such as very hot terahertz electromagnetic waves, are only related to organic matter and macromolecules in the human body.
The vibrations are similar, the amount of radiation is small, and almost harmless.
There is no doubt that it is an excellent choice for wireless power transmission.
Ye Hua sent the list of required equipment to the purchasing department. During the week of waiting, he was not idle, using the holographic auxiliary system to create design drawings.
Although he was able to imagine the appearance of the entire device in his mind and accurately construct the device without writing down any data.
But one person's efficiency is too low. If he wants to go faster, he needs the help of a team.
If Ye Hua works alone, it will be like a classical computer that can only work one by one. Instead, he will free up the design drawings, and then form a team to distribute the drawings. Just like a quantum computer, parallel processing will greatly increase the efficiency.
