After Levis said this series of words to the camera, he was still very emotional.
He suddenly felt that there seemed to be some problems with the education and environment he had been exposed to in the past few decades.
The United States is not as strong as everyone imagines, nor is it as united as reported in the past.
However, Xia Guo was more powerful and more terrifying than he knew.
After being ahead for more than 200 years, it is very difficult to acknowledge the success of others.
On this day, Levi finally had the courage to realize the shortcomings of his own country and the success of Xia State.
The New York Critical Care Center opens at 8 a.m. and closes at 6 p.m.
In total, the intensive care center has admitted more than 10,000 patients with scheduled appointments.
The appointment registration fee is 50 meters per person, and the income from the appointment registration fees alone exceeds 500,000 meters.
After making an appointment, these more than 10,000 patients will go to the intensive care center for examination according to the appointment time.
After the examination is confirmed, the relevant treatment fees will be paid and the relevant treatment will be carried out.
It is summarized based on the current charging standards of critical care centers in New York and the average treatment costs of patients in the past.
Even after the construction of intensive care centers in New York reduces treatment costs, the average cost for patients should still be more than $200,000.
The 10,000 patients booked on the first day will give the critical care center 2 billion in revenue.
This kind of revenue is countless times that of previous private hospitals.
And this is only the number of people who made reservations on the first day. How many more people will there be in the future? This is immeasurable.
The medical industry is actually a permanent evergreen industry. As long as people exist, they will get sick. As long as people get sick, they will go to the hospital.
And as long as someone wants to live and live longer, they will definitely come to Changtian Technology Intensive Treatment Center.
Pfizer is very happy to see such marketing data!
He believed that he had done something right again, which was to reach a cooperation agreement with Changtian Technology in a timely manner.
As for which country the intensive care center is located in, will it harm the vital interests of the United States?
Who cares about this?
Making money is the first priority!
Companies such as Merck were very jealous when they saw that Pfizer had launched the critical treatment center so quickly and started to make money!
These companies have accelerated plans to build critical care centers.
Some of Merck and Co. even want to follow Pfizer's lead and directly purchase private hospitals for renovation and put critical care centers into use as soon as possible.
Trends in the United States are often understood to mean trends in the entire West.
Just like after the United States established diplomatic relations with Xia State, many Western countries took the initiative to establish diplomatic relations with Xia State.
The United States has gradually introduced the critical treatment center of Changtian Technology. As the younger brother of the United States, most European countries and countries such as South Korea and Asia in Asia have also begun to consider whether to introduce the critical treatment center of Changtian Technology.
Xia Guo's treatment of cancer in the intensive care center is obvious to all.
The only thing that can transcend capital and factional struggle is life.
The American market submitted a satisfactory answer to Changtian Technology.
But Changtian Technology's life sciences and medical laboratories are not breathing a sigh of relief.
Chen Xiao really knows the character of American people very well.
Pragmatism and self-interest prevailed.
Don't look at them now cooperating with you with a smile, everyone makes money together.
Whenever they have the slightest chance to kick their partners away and earn more profits for themselves, they will do so mercilessly.
Therefore, ensuring its leadership in scientific research and innovation is the most important thing for Changtian Technology.
At the end of the year, with the efforts of the biological and medical laboratories, the neuron computing group made final improvements.
Finally, a complete neuron computing group, or neuron computing chip, is designed.
Among the laboratory's conclusions, neuron chips have two advantages and two disadvantages.
The advantage is that the emotional and thinking calculation capabilities are extremely powerful. A group of neuron chips can calculate emotional and thinking values that are not available in all semiconductor chips on the market today.
This human being has pointed the way towards a new era of artificial intelligence.
The second advantage is that the energy carrying methods are different.
Ordinary semiconductor chips are driven by electrical energy, while neuron chips are driven by biological energy.
In order to ensure that neurons can maintain healthy working conditions for a long time.
In the process of designing the neuron computing group, the biological laboratory also made use of the all-round technology of cells and used joint colonies in the computing group.
Therefore, when using a neuron chip, it is not to energize the chip, but to add nutrients to the neuron chip.
This is similar to how your brain needs to work, not to recharge the brain but to replenish energy.
This ensures that the neuron chip can work in most scenarios, and can even continue to work in mobile scenarios where power is not available.
This means that a new round of mobile smart terminal devices is coming.
But neuron chips also have two disadvantages.
One is that the chip itself is relatively fragile.
Neuron is a biological tissue, not a mechanical product.
So from the surface, it itself is relatively fragile and cannot withstand severe bumps and bumps.
This requires designing a relatively hard shell for the neuron chip.
In fact, both neuron chips and traditional semiconductor chips are relatively fragile.
Traditional semiconductor chips look relatively hard on the outside, but in fact if you let the chip get bumped, it will lose its working ability.
The second disadvantage is that the logic and data computing capabilities of the neuron chip are relatively weak.
What I mean here is that it is relatively weak. It does not mean that it cannot calculate difficult logic or mathematics, but it is actually relatively slow.
This was discovered when the Neuron Computing Group was originally developed.
Take a high-level math question as an example.
If the neuron chip and the traditional semiconductor chip that have been programmed operate simultaneously, then the traditional semiconductor chip must be able to give the answer in a short time.
But it doesn't mean that the neuron chip cannot calculate. As long as he is given enough time, he can also calculate the correct answer.
Of course, neuron chips have another feature.
That is the ability of continuous self-learning.
For example, for a particularly difficult problem, if you do not give a semiconductor chip prediction program, then the semiconductor chip cannot be calculated anyway. However.
Even if the computer carrier mounted on the chip has similar computing applications, the semiconductor chip cannot perform calculations.
But if the neuron chip has performed similar calculations, or has related foundations, then it is very likely that she will be able to learn on her own and complete the calculations.
It's just that currently in the laboratory, the self-learning function of neuron chips has been restricted by the laboratory.
After castration and restriction, the neuron chip also has the consciousness of autonomous learning.
But without an independent personality, it will not be formed into an independent personality.
Without the ability to form an independent personality, there is no self-awareness.
Then the neuron chip is ultimately a computing chip, not an independent living entity.
When life science and medical laboratories jointly develop neuron chips with chip labs, they strive to combine the advantages of semiconductor chips with the advantages of neuron chips.
Therefore, they used a special method to package the chip to form the biochip currently in front of Chen Xiao, named "Jinghong".
During the packaging process, the laboratory fully considered the different advantages of the two chips and combined them.
In this way, Jinghong Biochip not only has the ultra-fast computing power of the original carbon crystal chip, but also has the rich emotions of the neuron chip.
Qu Ping said: "We used Jinghong chip in the PC field and combined it with Xiaoying voice assistant. It can be clearly felt that Xiaoying voice assistant has greatly enhanced its learning ability and emotional communication.
It is countless times better than relying on the language library to identify the language and automatically reply."
"The obvious change is that Xiaoying's voice assistant has a stronger learning ability and is more like a human being."
Qu Ping handed the relevant test report to Chen Xiao.
Chen Xiao read the report and found that it was in the process of testing.
It only took Xiaoying voice assistant half an hour to fully adapt to the owner's expressive intentions, understand what the owner wanted to express, and provide timely feedback.
This kind of learning speed is very fast.
The content of the feedback is very accurate, and it is much more flexible than finding the language from the language library to organize it.
Moreover, the feedback content is not some element set in advance in Changtian Technology's server, but the feedback content created by Xiaoying Voice Assistant through continuous learning based on the biochip.
It can only give users a better device experience.
And this is just applying biochips to PC devices. If biochips are applied to mobile phones or smart homes, then the artificial intelligence that humans dream of will be easily realized.
What is artificial intelligence?
It is not called artificial intelligence that can simply calculate some logical scenarios.
One of the most critical elements of artificial intelligence is human-computer interaction.
That is, the user expresses to the machine and the machine gives reasonable feedback to the user, and the machine improves through constant feedback from humans, and ultimately becomes more and more like a person with very strong computing power and emotional expression.
Qu Ping said: "In the process of testing the biochip, we also had an unexpected surprise - that is, the storage of information."
"In the past, all our information was stored on carbon crystal storage devices and was stored in a digital form."
"But this time when we used the biochip, we found that a lot of information was not stored on the carbon crystal device according to the requirements we set, but was stored directly in the chip itself."
"The storage method is very strange. It is not an independent piece of data, but a key element."
"When the biochip needs to call some data, it will naturally combine these elements and present them."
"We are currently trying to figure out how to study this storage principle, and we have a hunch that the performance of such a storage method will far exceed that of past semiconductor storage methods. How much data can it store? We have no way to do it yet.
Evaluate."
This method of data storage is actually easier to understand.
Take people as examples.
If you are a senior high school student taking the college entrance examination, and your grades are very good, you can be admitted to Yenching University or Jiangzhou University.
So how much does your brain store?
In addition to the daily learning logic learning methods and related materials, there are also countless beautiful memories (videos) and countless beautiful clips (photos).
Some of them may be model lakes, but some of them will remain fresh in our memories.
All this knowledge is not a piece of data similar to the binary storage mechanism, but countless scattered elements that can be combined together when you need it.
So what is the specific capacity?
Compare this storage mechanism of neurons to a traditional hard drive.
At present, the human medical community does not have a thorough understanding of this.
But according to the latest research results from Qu Ping's laboratory, the human brain has a storage capacity of at least 760 million terabytes of data.
This is very scary.
The explosion in the amount of stored data also means an explosion in the amount of information.
The explosion of information means that mankind will enter a new era.
In the technological system, Chen Xiao already has a certain understanding of this, and even knows some of the principles of how neurons store information.
Of course, he couldn't tell Qu Ping all the principles at once, as it would be very abrupt.
Chen Xiao said to Qu Ping: "The reason can be found in the storage mechanism of DNA. Our world is ever-changing, and it is also rich and colorful because of life."
"How much does a pair of helical DNA chains weigh? And it can contain the entire information of life. From this, it can be seen that DNA is the place where the most information is stored."
Qu Ping's eyes were wide open, and it was obvious that she was unwilling to let go of every word Chen Xiao said.
Chen Xiao then said: "If our technology is mature enough, we can completely use Jinghong biochips and DNA storage related technologies to re-produce and build our super servers."
"Our service will become more powerful than ever and can handle all calculations, including emotional and mental calculations."
"At that time, our other mobile terminals did not actually need advanced biochips. They only needed to have a fast enough information transmission speed, so that they could receive the data run by our supercomputers and servers to the terminal, so that every
Every terminal device is a smart device.”
Chen Xiao is just an idea for the future world.
The key technology areas involved include the latest storage technology, biochip technology and ultra-fast information transmission technology.
Among them, the ultra-fast information transmission technology is none other than quantum transmission technology. Neither the current 4G technology nor the 5G technology mastered by Changtian Technology can meet the requirements.
Qu Ping said in disbelief: "I can't imagine what the human world will be like in the future."
Moreover, the Jinghong biochip currently developed has a very key application field.