Minke's black technology

Chapter 297 Science and Technology Sports
Of course, Musk's request will not be as simple as a boat ticket.

He asked SpaceX to join the Meow Star Group's space program, and then ensured that he would be the No.1 candidate for landing on Mars. As for whether he can pass the strict astronaut screening test, it depends on his own ability!

The next step is the cost of purchasing the "Star Chain". Musk is willing to sell it at a price lower than the cost, which is regarded as his input for the cooperation between the two parties.

"I can make the decision to sell it to the Meow Star Group at a [-]% discount, or convert it into equivalent funds and invest in the Meow Star Space Program. I don't need to ask for the original stock, as long as I have the priority to enjoy the service rights of the space program, and those funds It's a prepaid fee!"

Musk put forward his own conditions one by one, and only waited for Li Maoye to decide whether to accept it. If it really didn't work, he had to go back and make another plan.

After listening to the specific requirements, Zhou Lin and Academician Ma finally understood what Musk was looking for. His childhood ambition may be true, but it is also true to pursue the glory of being the first person in history to land on Mars.

As the saying goes, "You can't live up to fame and fortune." Musk has earned enough money to spend several lifetimes, so "interests" are not very attractive. Perhaps "fame" is the goal he pursues.

It just so happens that the Meow Star Group can give Musk a shortcut to Mars. If a cooperation can be reached, not only will the companies of both parties benefit, but he will also be able to achieve his lifelong goals and win a greater reputation by the way!

"I think humans should work together to get out of the earth!" Musk added.

There is some truth to this statement. We are all residents of the earth. We really need to work together for a common goal. After all, space is so vast and boundless, and more manpower is needed to explore more places.

Li Maoye generally agrees with Musk's approach, and he doesn't want to spend too much energy and time on the distribution of benefits. Even if doing so may give SpaceX a free ride, it can save a lot of effort.

However, they still did not give Musk an answer, but promised that they would seriously consider it before speaking.

"You go back first, we will give you the answer within seven days!"

Zhou Lin sent the person away with one sentence, and then looked at Li Maoye with Academician Ma, wanting to know what his decision was.

"I think it can be considered. You can send someone to talk to him about the specific conditions!"

Li Maoye left this sentence and ran away. Anyway, he only needs to be responsible for the technology, and other problems will be handled by specialized personnel. As for success or failure, it depends on how everyone talks.

Back at the Meow Star Laboratory, Li Maoye wandered around, and then stopped at the carbon nanomachine research group. He found that the research on artificial organs and organ regeneration was progressing rapidly, and there were even two completely different paths.

One is to purely use carbon nanomachines to form artificial organs. The advantage is that it is small in size and high in power. The disadvantage is that it has a single purpose and cannot perform too many complex functions of human organs.

This approach has long been proven feasible. The first human organs produced by the Meow Star Laboratory also used this method, and the effect was not bad. However, with further in-depth research, everyone soon discovered that due to the current level of manufacturing technology, many human organs It is very difficult to realize the secondary function of .

To put it simply, carbon nanoartificial organs cannot synthesize complex and diverse chemical hormones required by the human body, and can only be used as single-purpose organs.

The other method is quite tricky. The combination of carbon nanometers and human stem cells to generate new human organs is not as efficient as the carbon nanoorgans produced by the first method in terms of main use, but slightly higher than the efficiency of human organs. , and the ability to regenerate is strong, and damage can be repaired with only minor adjustments.

The synthetic artificial organs produced by this method are the same as human organs in various functions, and the performance indicators exceed the original organs, but there are also technical problems, which belong to the kind of technology with a high threshold.

"The key is that only a small part of the problems have been solved so far, and there are still more problems to be solved, and the manufacturing cost is much higher than the first method. I am afraid that ordinary people cannot afford it!" said the person in charge.

"The two methods can be studied together and used to support each other. In my opinion, they will lead to the same goal by different routes, and they will eventually come together regardless of each other!" Li Maoye commented.

In his opinion, these two methods actually have their own advantages and disadvantages. As for the heart organ, the artificial organ obviously has the advantage, because the structure is simple and easy to manufacture, the cost is low and the work efficiency is high, and it can be used together with the original heart.

However, it is different in other organs. For example, organs with more functions such as the kidney can use synthetic organs to take care of the function of secreting hormones. If they are replaced with artificial organs, they can only be responsible for the main function of filtering blood and producing urine. up.

From this point of view, the best carbon nano-organ is to combine these two technologies, and then transform on stem cell-generated and carbon nano-synthetic organs, and finally realize the dream of super artificial organs.

"It won't be long before we can use carbon nanomachines to create superhumans!" Li Maoye encouraged the other party to work harder to make all organs with carbon nanomachines as soon as possible.

When it comes to superhumans, Li Maoye thinks of interesting things that happened in the sports world.

In the latest international marathon event, a black runner from North Africa won the championship first, and also broke the previous record with a 16-minute advantage. The result shocked the whole world as soon as it came out.

Many people think that there must be something wrong with this record. Either doping was used or some high-tech running shoes were used to make that little-known athlete run such a heaven-defying result.

However, after inspection by the General Administration of Sports International, no problem could be found. Finally, after repeated inspections, it was found that this player had undergone a heart transplant operation. After obtaining the records, it was found that he was using a carbon nanoartificial heart.
Afterwards, some scientists tested and analyzed and concluded that the carbon nanoartificial heart has a very high blood delivery efficiency, which can give sports players stronger oxygen supply capacity and improved endurance. It may not be obvious in other events, but it is not so obvious in marathon competitions. But it has a great effect.

After some discussion, the General Administration of Sports believed that carbon nano-artificial organs, like stimulants, were all prohibited items in sports, and players who had transplanted artificial organs were not allowed to participate in the competition.

"Even if the player has already participated in the competition and won the prize, we have to recover his medal and re-determine the list of winners!"

"And the violators will be suspended!"

At the press conference, the spokesperson of the International Sports General Administration said: "After all, our game is human beings, not half-machine half-human life!"

As soon as the regulations were announced, there was an uproar immediately, because some people reported that in the past few years, many record-breaking players had more or less used carbon nanomachines to provide their results, and transplanting artificial organs is just a low-level method. The most advanced method is to inject a large amount of carbon nanomachines into the body before the competition, so that it is easy to break through its own limit during the competition.

"After all, during the competition, most of the carbon nanomachines have been excreted with sweat after their working life has expired. Even if there is still some left in the blood, I am afraid that the existing blood test technology will not be able to detect it!" The insider broke the news. .

Following the news from relevant personnel, there is also a detailed list of athletes who are suspected of using carbon nanomachines. These people's performance has suddenly improved a lot, relying on carbon nanomachines!

In addition, there are athletes who have been transplanted with artificial organs. They have double organs in their bodies, one is their own and the other is a carbon nano-artificial organ.

After investigation and analysis by experts, they came to a conclusion: "Modern sports is dead, and the era of carbon nanomachines is bound to come!"

"If we really want to investigate and punish according to the new regulations, I am afraid that there will not be many athletes left in the entire sports circle, and there will be fewer and fewer such 'pure human beings' in the future. After all, carbon nanometers have entered the lives of many people!"

At least this is the case on the rabbit side. Ordinary people will also undergo carbon nanomachine treatment when they are not feeling well. If there is a problem with the organ, they will even transplant carbon nanoartificial organs into the body.

According to the regulations of the International Sports General Administration, these people may have lost their qualifications for sports competitions since they were young, because now the flower planting government plans to introduce a new benefit, which is to give newborns a free injection of carbon nanomachines to improve their immunity.

"The actual effect is obvious. After injecting the carbon nanomachines, the height and weight of these newborns are one level higher than the population data of previous years. So even if they lose their so-called human sports qualifications, most parents will choose to inject them!"

Experts are not optimistic about the new regulations of the General Administration of Sports of China. They think that if the other party cannot keep pace with the times, it may be the old sports themselves that will eventually be eliminated, thus forming new sports rules.

Sure enough, after persisting for more than a month, the International Sports General Administration hastily issued a new patch, that is, before the carbon nano-organs reach a certain proportion, the athlete can still be regarded as a "pure human being"!
That is to say, in the face of the technological progress of the times, the rules of international sports have to bow their heads and make adjustments and changes for this.

Even so, some experts believe that the regulation will not last long, and eventually the restrictions will have to be relaxed to allow more technology to enter sports competitions.

"Humans are human because they can use tools!"

Experts who hold a radical attitude towards this point of view predicted: "It won't be long before we can see all kinds of new human beings in the sports arena, perhaps biochemical human, genetic human and mechanical synthetic human, etc., they may represent Directing the future development of mankind!"

(End of this chapter)