I can see the commodity price curve

Mr. Li wiped away his tears of emotion and looked at the crowd with a firm gaze:

"Ladies and gentlemen, the success of superhydrogen fuel is only the first step."

Next, we must immediately begin developing a new reusable rocket.

"By truly applying superhydrogen fuel to actual space missions, we can elevate China's space program to a new level!"

The project team was quickly reorganized, and the chemistry, materials, and aerospace engineering teams once again collaborated closely to develop the new rocket.

Engineer Chen from the aerospace engineering team said first: "The overall architecture design is the key to the new reusable rocket."

We need to fully consider the characteristics of superhydrogen fuel and redesign the rocket's layout and propulsion system.

I think a segmented design would be better, allowing for better control of each part during the recycling process.

Professor Wang from the chemistry group continued, "That's right, the combustion characteristics of superhydrogen fuel determine the design of the propulsion system."

We need to precisely adjust the parameters of the thruster according to the combustion rate and thrust requirements of the fuel at different stages.

Furthermore, the fuel storage and delivery system must be redesigned to ensure a stable fuel supply during rocket flight.

Dr. Liu from the materials group frowned and said, "The new rocket has higher requirements for materials."

In addition to the composite material containers that have been developed to withstand the ultra-hydrogen fuel environment, rocket shells and other key components also require lighter, stronger, and more heat-resistant materials.

The existing materials may not be able to meet all the needs, so we must continue to develop new materials.

Mr. Li nodded: "Everyone is right. There are indeed many difficulties, but we cannot back down."

Each group developed a detailed design plan following this approach, and then we will have a group discussion.

After a period of intensive work, each group has produced a preliminary design plan.

During the project team's group discussion, everyone shared their opinions.

Holding the design drawings, Engineer Chen said, "The segmented rocket architecture designed by our aerospace engineering team performed well in simulated flight."

However, during the simulation of the recycling phase, some problems were found in the connection and separation mechanisms between the segments.

Improper handling could lead to recycling failure.

Professor Wang added, "On the chemistry side, the design of the propulsion system is basically complete."

However, we hesitated regarding the choice of material for the fuel delivery pipeline.

The existing materials all have certain shortcomings in high-temperature resistance and corrosion resistance, which may affect the stability of fuel delivery.

Dr. Liu also said, "The new rocket shell material developed by the materials team has achieved the expected strength and high temperature resistance."

However, this material is heavier than we anticipated, which will increase the cost and difficulty of launching the rocket.

After a moment of contemplation, Mr. Li said, "These are all crucial issues that we cannot ignore."

Let's go back and do some more in-depth research to see if we can find a better solution.

The connection and separation mechanism during the recovery phase, in particular, is one of the keys to the successful development of the new rocket.

In the days that followed, the project team members threw themselves back into intensive research.

They consulted a large amount of data and conducted countless simulations and calculations.

Finally, Engineer Chen excitedly ran to Mr. Li's office:
"Mr. Li, our aerospace engineering team has found a solution to the connection and separation mechanism problem during the recovery phase."

We designed a novel electromagnetic connection device that can firmly connect the various sections during rocket flight and achieve rapid and stable separation during recovery through precise control of electromagnetic forces.

Mr. Li's eyes lit up: "Great! This is indeed a good idea."

How are things going with the chemistry and materials groups?

At this moment, Professor Wang and Dr. Liu also walked in. Professor Wang smiled and said:
"After repeated experiments, the chemistry team found a new type of alloy material that can be used to make fuel delivery pipelines."

This material is not only resistant to high temperatures and corrosion, but also relatively inexpensive.

Dr. Liu continued, "The materials team has also made improvements to the new rocket shell material."

By adding a special additive, we successfully reduced the material's weight while maintaining its strength and high-temperature resistance.

Mr. Li stood up happily: "Everyone's efforts over this period of time have not been in vain!"

Now that all the key issues have been resolved, let's begin manufacturing the new reusable rocket prototype as soon as possible.

With everyone's joint efforts, the new reusable rocket prototype was quickly completed.

The experimental site became lively again, with researchers carrying out final checks and preparations in a tense but orderly manner.

As the countdown ended, a dazzling flame of superhydrogen fuel shot out from the bottom of the rocket, which slowly rose into the air.

Everyone stared intently at the rocket, their hearts filled with anticipation.

However, when the rocket reached a certain altitude and was preparing for the recovery phase, an accident occurred.

One section of the rocket suddenly went out of control, began to shake violently in the air, and then exploded.

A moment of silence fell over the scene, followed by a sigh.

Mr. Li's face was as pale as snow, even though he had made ample mental preparations beforehand.

After a moment's hesitation, he quickly organized a team to investigate the cause of the accident.

The matter was resolved quickly.

Without the slightest hesitation, Mr. Li immediately convened an accident analysis meeting.

At the meeting, Engineer Chen said with a guilty look on his face: "After investigation, we found that the electromagnetic connection device in the recycling stage was faulty."

During the rocket's flight, fluctuations in electromagnetic forces caused unstable connections, ultimately triggering an explosion.

Professor Wang frowned and said, "This may be related to the combustion characteristics of superhydrogen fuel."

During the recovery phase, the rocket's speed and attitude change.

The combustion of superhydrogen fuel has also become unstable, which may have interfered with the electromagnetic connection device.

Dr. Liu also said, "Moreover, the rocket's outer shell material may have undergone slight deformation under the influence of high temperature and high-speed airflow."

This also affected the normal operation of the electromagnetic connection device.

After listening, Mr. Li took a deep breath and said, "Don't be discouraged, everyone."

Although this experiment failed, we learned valuable lessons from it.

We will now re-examine the entire design and make improvements to address these issues.

Engineer Chen nodded: "Mr. Li, our aerospace engineering team will redesign the electromagnetic connection device to increase its anti-interference capabilities and ensure stable operation in various complex environments."

Professor Wang also said, "The chemistry group will further study the combustion characteristics of superhydrogen fuel in the recycling stage to provide more accurate data support for the design of propulsion systems and electromagnetic connection devices."

Dr. Liu: "The materials team will conduct more rigorous testing and improvements on the rocket's outer shell materials to enhance their resistance to deformation and stability."

Mr. Li said with satisfaction, "Good, everyone, let's cheer up again."

Failure is the mother of success. I believe that with everyone's joint efforts, we will definitely be able to develop a successful reusable rocket.

In the days that followed, the project team members seemed to be injected with a powerful drive.

Everyone was fully committed to improving the rocket.

Engineer Chen led the aerospace engineering team to work day and night in the laboratory and simulation site, optimizing and testing the electromagnetic connection device countless times.

They continuously adjusted the parameters of the electromagnetic force and improved the structure of the device to better adapt it to various complex environments.

After numerous failures and attempts, a new type of electromagnetic connection device was finally designed.

Not only is its anti-interference capability greatly enhanced, but its connection and disconnection are also more stable and reliable.

Professor Wang led the chemistry group to conduct in-depth research on the combustion characteristics of superhydrogen fuel during the recycling stage.

They built a device in the laboratory to simulate a recycling environment.

The combustion of fuel at different speeds and attitudes was analyzed and recorded in detail.

Through a large amount of experimental data, they provided more accurate data support for the design of propulsion systems and electromagnetic connection devices.

This allows the entire rocket system to operate more stably during the recovery phase.

Dr. Liu led the materials team to conduct more rigorous testing and improvements on the rocket's outer shell materials.

They placed the materials in extreme environments such as high temperature and high-speed airflow for long-term testing.

Observe the deformation of the material and continuously adjust the material formula and process based on the test results.

After countless trials and improvements, a new type of rocket shell material was finally developed.

Not only are the strength and high temperature resistance further improved, but the resistance to deformation is also greatly enhanced, while the weight is further reduced.

After a period of effort, the improvement work on the reusable rocket was finally completed.

The new rocket was transported to the test site, and the researchers once again carried out final checks and preparations in a tense but orderly manner.

Mr. Li sat quietly in the center of the launch pad, waiting.

After each department finished reporting, Mr. Li slowly stood up:

"I now declare that our reusable rocket has been officially launched."

After saying that, he pressed the red launch button.

Ten, nine, eight...

Three, two, one.

emission!

As the countdown ended, a dazzling flame of superhydrogen fuel shot out from the bottom of the rocket, which slowly rose into the air.

This time, the rocket performed stably during the flight, and all systems operated normally.

When the rocket reached a certain altitude and was ready for recovery, everyone stared intently at it, filled with anticipation.

The rocket followed the predetermined procedure, with each section successfully connecting and separating, and finally landing steadily in the designated recovery area.

A burst of enthusiastic cheers erupted at the scene. Mr. Li and the project team members embraced each other excitedly, their eyes glistening with tears of joy.

The news sent shockwaves through the entire aerospace industry. Aerospace companies from other countries contacted Mr. Li through various channels, expressing their desire for cooperation.

One day, Tom, a representative from a famous French aerospace company, visited Mr. Li's office.

As soon as Tom entered the door, he warmly shook Mr. Li's hand and said:

"Mr. Li, I've heard so much about you!"

Your reusable rocket development is truly amazing, and our company very much hopes to cooperate with you.

Mr. Li smiled and invited Mr. Tom to sit down, saying:

"Mr. Tom, we would also like to cooperate with your company."

However, I would like to first understand your company's expectations and thoughts regarding our cooperation.

Mr. Tom quickly said, "We hope to establish a deep partnership with your company in the application and commercial promotion of reusable rocket technology."

We know that your company has leading technology and extensive experience in the development of reusable rockets.

Our company has extensive channels and strong resources in the aerospace market.

If we can cooperate, I believe we can achieve mutual benefit and a win-win situation.

Mr. Li nodded and said, "Mr. Tom makes a lot of sense."

Our goal in developing reusable rockets is not just technological breakthroughs.

Furthermore, we hope to apply it to actual space missions and make a greater contribution to humanity's space exploration endeavors.

Mr. Tom's eyes lit up, and he said, "Mr. Li, your idea is brilliant."

Our company also strongly supports this mutually beneficial cooperation model.

Over the next few days, Mr. Li and Mr. Tom led their respective teams in in-depth negotiations and consultations.

Both parties had a thorough discussion and exchange on the specific content of the cooperation, pricing, and technology sharing.

Throughout the negotiations, Mr. Li consistently adhered to his principles.

He gave Mr. Tom a detailed introduction to the research and development costs and technological advantages of reusable rockets, and also listened carefully to Mr. Tom's opinions and suggestions.

After several rounds of negotiations and consultations, the two sides finally reached an agreement.

Mr. Tom was particularly surprised and satisfied by the very low price offered by Mr. Li for the collaboration.

He said excitedly, "Mr. Li, you are really too sincere."

This price is far below our expectations, and our company is very willing to sign a cooperation agreement with your company.

Mr. Li smiled and said, "Mr. Tom, we hope that through this cooperation, reusable rocket technology can be more widely applied and promoted."

At the same time, we believe in your company's strength and reputation, and we are confident that we can work together to create a better future.

Soon, a grand signing ceremony was held between the two parties.

At the ceremony, Mr. Li and Mr. Tom jointly signed a cooperation agreement.

This marks the official start of cooperation between the two countries' aerospace companies in the field of reusable rockets.

After the signing ceremony, Mr. Li stood on the stage, looking at the researchers and partners below, and said with emotion:

"Ladies and gentlemen, today's signing ceremony is the result of our joint efforts."

The successful development of reusable rockets is just the beginning; we still have a long way to go.

I believe that with everyone's joint efforts, we will definitely be able to push reusable rocket technology to a new level.

The audience erupted in enthusiastic applause, and everyone expressed their determination to continue their efforts and strive to achieve this goal.

Shortly after the signing ceremony ended, the office phone started ringing non-stop.

Mr. Li had just seen Mr. Tom off when his secretary rushed in, holding a new meeting invitation, her face beaming with excitement, and said:
"Mr. Li, there's more good news!"
Mr. Yamamoto, a representative from a major Japanese aerospace company, is already waiting downstairs at our company. He hopes to discuss cooperation with you as soon as possible.

Mr. Li smiled slightly, straightened his collar, and said, "Please let him in."

A moment later, Mr. Yamamoto strode into the office. Upon seeing Mr. Li, he bowed deeply and said:

"Mr. Li, I've long admired your name!"
Your company's reusable rocket technology has given the Japanese aerospace industry new hope.

We are eager to engage in comprehensive cooperation with your company to jointly develop the aerospace market in Asia and around the world.

Mr. Li invited Mr. Yamamoto to sit down and said, "Mr. Yamamoto, I appreciate your sincerity."

However, cooperation is not something that can be achieved overnight; we need to first discuss the details of the cooperation and the needs of both parties.

Mr. Yamamoto nodded quickly and said, "Of course."

Our company hopes to introduce your company's reusable rocket technology and establish a production line in Japan. At the same time, we would like to leverage your company's technical team to help us cultivate local aerospace talent.

Of course, we are willing to offer very competitive terms regarding the cooperation price.

After a moment of contemplation, Mr. Li said, "Mr. Yamamoto, our initial intention in developing reusable rocket technology was to promote the development of the global space industry."

Therefore, in terms of pricing, we will adhere to the principle of fairness and reasonableness, ensuring that our R&D costs are reasonably returned while also allowing your company sufficient profit margin.

At the same time, we hope that in the process of technology sharing, both sides can learn from each other and make progress together.

Upon hearing this, Mr. Yamamoto's eyes flashed with surprise, and he said:

"Mr. Li, we admire your vision and magnanimity."

I believe our cooperation will be very pleasant.

After two days of intense negotiations, both sides reached an agreement on the specific terms of the cooperation.

Mr. Li and Mr. Yamamoto solemnly signed their names on the cooperation agreement.

Looking at the neat handwriting on the agreement, Mr. Li said with emotion, "Mr. Yamamoto, this is the beginning of our cooperation. I believe that we will definitely be able to create more miracles in the aerospace field in the future."

Mr. Yamamoto replied with a smile, "Mr. Li, I firmly believe that too."

Let us join hands and contribute more to humanity's space exploration endeavors.

After seeing Mr. Yamamoto off, Mr. Li hadn't even had a chance to rest when his secretary delivered a letter of intent for cooperation from Brazil.

It turns out that the Brazilian Space Agency, after learning about Mr. Li's company's reusable rocket technology, proactively expressed its willingness to cooperate.

Mr. Li immediately arranged a video conference with the Brazilian delegation.

At the start of the meeting, Mr. Carlos, the head of the Brazilian Space Agency, enthusiastically said:
"Mr. Li, Brazil has always been passionate about the space industry, but development has been relatively slow due to technological bottlenecks."

Your company's reusable rocket technology has shown us new opportunities, and we hope to establish a long-term and stable cooperative relationship with you.

Mr. Li smiled and said, "Mr. Carlos, we warmly welcome a friendly country like Brazil to join our cooperative family."

However, I would like to know Brazil's specific plans and expectations for cooperation.

Mr. Carlos said earnestly, "We plan to establish a launch site for reusable rockets in Brazil."

Brazil will leverage its unique geographical advantages to carry out more space missions.

At the same time, we also hope to introduce your company's technology to enhance Brazil's local aerospace research and development capabilities.

Regarding the cooperation price, we will negotiate based on market conditions and the actual circumstances of both parties.

Mr. Li nodded and said, "Mr. Carlos's idea is very forward-thinking."

We are willing to support Brazil's development in the aerospace field.

Rest assured, we will definitely take into full consideration the actual situation in Brazil and provide a reasonable solution regarding the price.

Over the next few days, the technical and business teams from both sides engaged in in-depth communication and exchange.

After several rounds of negotiations and revisions, a cooperation agreement that satisfied both parties was finally reached.

After Mr. Li and Mr. Carlos signed the agreement, Mr. Li said:

“Mr. Carlos, I hope that our cooperation will bring new vitality to Brazil’s space program and contribute to the diversified development of the global space program.”

Mr. Carlos said excitedly, "Mr. Li, I believe this is just the beginning."

In the future, Brazil will surely achieve even greater breakthroughs in the aerospace field.

With the successful cooperation with countries such as France, Japan, and Brazil, Mr. Li's company's reusable rocket technology has caused an even greater sensation internationally.

More and more countries are proactively contacting Mr. Li to express their willingness to cooperate.

For the next two months, Mr. Li's office was like a busy command center.

Delegations from different countries come every day to discuss cooperation.

One day, Mr. Li was in his office discussing the progress of a collaborative project with his team members when his secretary excitedly rushed in and said:
"Mr. Li, good news!"

According to the latest statistics, in just two months, 139 countries have reached in-depth cooperation agreements with us and signed cooperation contracts.

Mr. Li smiled with relief upon hearing the news.

He stood up, walked to the window, looked into the distance, and said, "This is the result of everyone's joint efforts."

The development of reusable rocket technology is inseparable from the support and contributions of every partner.

We must continue to maintain a humble and prudent attitude, constantly improve our technological capabilities, and contribute more to the development of the global space industry.

At this point, team member Xiao Wang asked, "Mr. Li, with so many countries involved in our collaborations, our future workload will definitely be immense. What are your plans?"

Mr. Li turned around and said firmly, "Although the pressure is great, it is also an opportunity for our development."

We need to further expand our R&D team, strengthen technological innovation, and improve production efficiency.

At the same time, it is necessary to establish a closer communication mechanism with all partners to promptly resolve any issues that arise during the cooperation process.

I believe that with everyone's joint efforts, we will definitely be able to meet all challenges and achieve greater breakthroughs in reusable rocket technology.

Under Mr. Li's leadership, all employees of the company worked together and actively engaged in cooperative projects with various countries.

Reusable rocket technology has been widely promoted and applied globally, opening a new chapter in human space exploration.

Mr. Li and his team instantly became a legend in the global aerospace community.

But back in America, Obama was furious. (End of Chapter)