Just when Li Qingyu began to negotiate with Alexander, Jiang Yuan took Lin Ruqing to usher in the Minister of Education of Huaguo and his party.
"Hello Minister Jin, I'm really sorry to trouble you to run in person!"
Jiang Yuan politely shook hands with Minister Qin and smiled.
"Where, this time I took the liberty to visit, Mr.
Jiang took time out of his busy schedule, I am very honored!"
Minister Qin didn't dare to take it big in front of Jiang Yuan.
After the two sides exchanged pleasantries, the guests of honor sat down in turn.
Minister Qin knew that Jiang Yuan's level of business and technology tycoon was busy with affairs, and he didn't ramble around, so he got to the point after a few polite words: "After the release of DT3, the higher authorities valued its value in education and asked us to investigate the feasibility of shortening the education time.
The ministry doesn't know much about thinking and communication, and Mr.
Jiang and Lin are always experts, so I'm here to trouble you this time!
” Jiang Yuan knew that he had already learned the news from the dean, and now that the Minister of Education had come to consult experts so soon, it seemed that the country was very concerned about this plan, and it was not just a matter of just talking about it.
Jiang Yuan introduced: "Lin has always been a thoughtful CEO of computing, and he knows very well about thinking about communication technology."
Lin Ruqing nodded, then took over the conversation and briefly introduced the main functions and limitations of DT3's four-dimensional communication, and then an expert under Minister Qin told about the goals and plans of the Ministry of Education, and Minister Qin himself was also very concerned about this mission, and asked a few questions to the point, obviously prepared before coming.
About an hour later, the Ministry of Education and his entourage had an in-depth understanding of the technical problems of thinking and communication, and then Lin Ruqing would take Minister Qin and his party to the thinking communication project team for inspection, and Jiang Yuan took the opportunity to say goodbye and leave.
He returned to his office and locked the door, asked his secretary to block all visitors, then lay on the couch and closed his eyes, and about half an hour later, he opened a video link that livestreamed the celebration of the official opening of a deep-sea mining platform.
This is the 13th deep-sea mining platform of Shensi Group, with a total area of 67 square kilometers, integrating production and scientific research.
Jointly built by Shensi Group and Huahai Construction, it is also the most advanced deep-sea mining platform invested and built by Shensi Group so far, with an investment of up to 1.9 billion US dollars.
But this is not critical, the most important thing for Jiang Yuan is the area of 67 square kilometers.
As a pot-bellied leader pressed the red touch screen button on the big screen, the platform began to rumble and start, and everyone applauded in the video, Jiang Yuan's serial task of conquering the ocean has finally completed step two!
"Ding!"
"The area of the marine all-resource exploitation platform has reached 1,023 square kilometers, which meets the conditions for the completion of the second step of the 'conquering the ocean' task."
"Reviewing ......"
"Evaluation complete."
"Bonus points 97."
"The reward item 'Learning Headband' has been distributed to the inventory, please pay attention to the host!"
"Keep up the good work!"
"The dragon will rise!"
Jiang Yuan secretly clenched his fists, and the learning headband was finally in hand!
Jiang Yuan was about to open the system panel and take out the learning headband to see the effect, and the system had a new prompt: "Ding!"
"Host Activation Reward Task, 'The Future of New Energy - Step 4', please view it in the panel."
"Bonus Mission: The Future of New Energy.
Serial quests.
Step 4: Space solar energy.
The sun is the source of all things on the earth, and the conventional energy will eventually run out, and the future of mankind must make full use of solar energy, so please build a space solar energy collection station within a year, with a solar energy collection area of more than 100 square kilometers.
Reward for success: Gravitational shielding technology.
Failure Penalty: None. ” Jiang Yuan looked at the reward task in disbelief, and his eyes couldn't help but widen.
Gravitational shielding technology?
Isn't that anti-gravity!
I rub, there is really this technique!
Newton's coffin board can't be pressed!
After a while, Jiang Yuan soothed his emotions and smiled wryly as he looked at the task requirements.
This space harvesting solar energy is really a sinkhole!
First of all, the weight of solar panels in space is a big issue.
Even the lightest space solar panels weigh more than 1KG per square meter, reaching 100,000 tons per 100,000 square kilometers!
It's too horrible to be done!
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At present, the total weight of the largest carrier rocket is only 3,000 tons, and a rocket can only put a payload of 120 tons into orbit, and a payload of 100,000 tons requires more than 800 launches......
Even if you don't consider the cost, how long will it take for so many rockets to be launched?
However, now that there is enough sea red ore to make energy crystals, it is possible to study a super launch vehicle, and maybe it can be solved?
Secondly, how to transmit the electricity back?
Jiang Yuan thought about it, he also has a way, and there are at least two of them.
One way to do this is to regularly replenish the space solar power plant with empty energy crystals, then fully charge it and transport it back, or drop it directly through a controllable device......
This is obviously a stupid approach.
The other continues to enhance wireless charging technology, which is transmitted directly from space with wireless charging.
However, Jiang Yuan is not sure whether the wireless charging technology that upgrades the charging distance again can meet the requirements of air-to-ground transmission, and it is also impossible to determine whether the wireless charging equipment that meets the requirements can be manufactured on the current earth.
If it doesn't work, then use the previous stupid method.
Then, there is trouble.
Hundreds of square kilometers of solar panels must be folded and launched into the sky, so how to unfold them after they reach space?
Even if you design an automatic unfolding device, what if it fails?
Solar panels with such a large area are likely to be broken down by space junk, which requires people to repair them.
In other words, space solar power stations must be maintained by a team of astronauts, which is estimated to be quite a few given the area of hundreds of square kilometers.
Manned space stations and unmanned space stations are two completely technical difficulties, which in turn increases the cost and technical pressure.
Finally, the biggest problem is that now when the whole country is looking at how to continue to promote the gene technology revolution, the high-level is waiting for them to continue to improve the longevity plan and cooperate with the education reform, and they are actually going to play aerospace?
The boss just ran away and told himself earnestly that this was a stud related to the fortunes of the country, and he actually ......
Distracted?
Aerospace technology is not unimportant, in fact, there is no space-based light shield to deter the Eagle Country, and now he has come up with DT3 technology, it is estimated that the Eagle Country's aircraft carrier sea will be built, and China will have to respond to the war, and the same arms race will be launched.
So aerospace is also important, it's just out of date right now!
What can I do?
Jiang Yuan scratched his head depressedly.
Unless......
It can connect aerospace with genetic technology!
But these two things are not related at all!
Jiang Yuan walked around twice on the spot, and suddenly his eyes lit up: Who says solar panels are necessary for solar energy?
Isn't photoelectric algae just a different way?
If you use genetic technology to magically modify photoelectric algae and create a space 'photoelectric algae', wouldn't it be okay?
Since this is an artificial light energy plant, Jiang Yuan can completely design it according to his own needs.
Space 'photoalgae' should grow quickly, so that the launch vehicle can send a cloud of nutrients and space 'photoalgae' seeds into space, and then it can grow on its own, which does not require astronauts to unfurl solar panels, only needs to be replenished with nutrients regularly.
It's not difficult to replenish nutrients at all, and when the solar space station starts operation, you will have anti-gravity technology yourself, and it will be too easy to send some nutrients to the sky!
Space 'photoalgae' should be a thin sheet of plants, like spider webs or giant plantain leaves, so that when it is penetrated by space junk, it will not lose too much, and because it is an organism, it can heal on its own and does not need to be maintained by humans.
In this way, the solar power plant is completely turned into an autonomous operating equipment, eliminating the need for a manned space station, greatly reducing the difficulty and cost.
Jiang Yuan pondered the magic change photoelectric algae, and had a bottom on the new task, then opened the inventory and took out the new reward learning head ring.