Ye Ming immediately went through the "terrible" problems in the current two-dimensional energy, materials and other fields in his mind.
Hmm...then he discovered that there were many problems that he couldn't guess.
"What problem was solved?" Ye Ming pulled up a chair and sat down, looking at everyone expectantly.
Academician Duan pursed his lips and pointed excitedly at the model on the table: "Thermal control problem in small two-dimensional space."
Ye Ming was startled for a moment, and then became excited immediately.
The problem of heat dissipation in two-dimensional space has always been a headache, especially thermal radiation. Because this thing cannot be restrained, it will cause the heat of the entire two-dimensional space membrane to continue to rise, and ultimately affect the stability of the entire two-dimensional space membrane.
.
At present, there are two main solutions for human beings. One is to directly "abandon" the space membrane before the temperature in the two-dimensional space reaches the threshold, and instantly release the heat in the three-dimensional space - for example, this is the method used by rice grains.
The second is Zhou Xiangnan and Sheng Fei’s plan to directly convert liquid nitrogen into two dimensions and make it a pure space coolant. However, this method has limitations, that is, it is not very safe and has a life limit. In the second
This is also used in the dimensional capacitor scheme.
Of course, there is one last solution - to open up a four-dimensional space in the two-dimensional space and send the heat directly to the four-dimensional space.
However, this solution can only be used in large-scale two-dimensional scenarios, such as the technology of two-dimensional controllable nuclear fusion, and it is still in the design period.
Academician Duan said that the "constraint" problem of small blackbody radiation has been solved...
Obviously, he proposed a third option.
"Bend the two-dimensional space membrane into a two-dimensional cylinder, and then use high-speed gravitational waves to 'blow' it from the side of the cylinder - in this way, the thermal radiation will be taken away, and at the same time it will
Because of the strong convection, more heat is taken away." Academician Duan's eyes were glaring: "Then using a good conductor of heat to receive this heat, the heat can be directly conducted to the three-dimensional space for dissipation, thus solving the problem of overheating in the two-dimensional space.
question."
Following Academician Duan's introduction, Ye Ming also finished looking at the models on the conference table.
He laughed and nodded loudly: "What a good idea! We can't solve the problem of heat dissipation in two-dimensional space, but there are still many solutions for three-dimensional heat dissipation! Hmm... And this design seems to be able to be used in two-dimensional lithium batteries, at least power batteries.
It can be used."
"Yes, but it's a pity that this can't solve the two-dimensional fusion problem of Lao Huo and others." Academician Duan exhaled, feeling a little unfinished.
"Hahaha, Teacher Duan, the hearts of the people are not enough..." Ye Ming joked with a smile, then stood up, with his hands behind his back, and the light in his eyes kept flickering.
This idea of "blowing" the temperature from two-dimensional space to high-dimensional space... I have to say, it is really awesome. After all, compared to two-dimensional space, humans in three-dimensional space have more choices and means to deal with various physics
Phenomenon.
In the same way, it also gave him a broader idea.
——He has always been responsible for the heat dissipation problem of two-dimensional fusion. His plan is to open a four-dimensional space channel directly from the two-dimensional space, but the design has not been completed until now. On the one hand, this is a purely theoretical design.
, without any ready-made experience, on the other hand, the design seems to be a bit beyond the capabilities of the system, and he cannot get help from the system...
As a result, he has been unable to find a way to "send" heat into the high-dimensional space membrane.
But now, the plan that Academician Duan said was "blown in" gave him inspiration.
Perhaps, the redundant heat of the two-dimensional fusion reactor can also be blown directly into space in the same way.
After a while, Ye Ming looked back and took a deep breath: "Okay, let's work harder and come up with the existing plan first and take out the samples!"
…
Three days later, good news came from the Guanghan base. The first set of two-dimensional supercapacitors successfully rolled off the production line and successfully completed various tests.
Compared with the sensation caused by two-dimensional lithium batteries, the two-dimensional supercapacitor did not cause much response among the people. After all, this thing is not for ordinary people.
However, in the entire scientific community and in some fields that require ultra-high voltage and ultra-high current, it has caused a huge wave of exaggeration. It is not an exaggeration to say that it is even a stormy sea.
A conservative estimate of a 100-fold increase in energy density means that humans can easily obtain energy release environments that were unimaginable in the past by relying only on two-dimensional supercapacitors! You must know that the reason why several of humanity's current super electric tigers are troublesome is mainly due to the charging speed.
Slow and less energy storage.
Especially the man-made singularity, that thing is even more exaggerated. It can be charged for more than ten days and last for tens of seconds. That's it.
If the energy density is increased by 100 times or even higher - that is absolutely certain - then in the future it will mean that not only can stronger artificial singularities be built, but they can also be maintained for a longer period of time!
If there are enough super two-dimensional capacitors to replace it, it can even stay open!
This is a bit scary.
This is equivalent to humans driving a "teleportation array" to the door of their homes. They only need to continuously stuff cars into it, and it can span tens of millions of light years, hundreds of millions of light years away...
You can even imagine if this thing achieved complete coverage in major cities...
Doesn’t that mean that humans will be able to go wherever they want in the future, just like the teleportation array in games?
In addition, high-dimensional space membranes that require extremely high energy to maintain can also be maintained for a long time.
It can even obtain and maintain a higher curvature! Thus achieving the legendary curvature-faster-than-light flight!
…
After attending the press conference, Ye Ming left the opportunity to shine to Academician Duan and others and returned directly to the office.
In the office, Director Niu and General Qin have been waiting for a long time.
"I increasingly feel that Kardashev's classification of civilizations according to the efficiency of energy use is very forward-looking."
This chapter is not over yet, please click on the next page to continue reading! Director Niu watched Ye Ming enter the door, smiling like a flower: "Do you still remember how Lao Zhang and the others made the plan?"
"Remember." Ye Ming put down his bag, turned around and poured himself a glass of water, then leaned against the water dispenser and laughed: "Don't talk about Director Zhang, I also thought at the time that the world's electricity consumption would triple in ten years.
That’s pretty much it.”
"Yeah..." Director Niu shook his head and kept sighing.
He has been responsible for following up on the space project, or to be more precise, he has been following up on Ye Ming.
In the original development plan of the moon, mankind's plan was very conservative. It planned to build an annual output of 300 tons of helium 3 within ten years - don't underestimate these 300 tons. At that time, 100 tons of helium 3 was enough.
Humans have been using it for a year—and that’s after completely replacing helium fusion power generation.
But now, less than ten years after the Yaoyue mission landed on the moon, human helium production on the moon has reached 1,000 tons in three years.
In addition to necessary reserves, most of this is used in spacecraft and fusion power plants.
Not to mention spaceships, several domestic shipyards have been operating at full capacity and have fully launched the "dumpling dumpling" mode. After all, civil aviation cannot withstand the rolling torrent of technology and has chosen to surrender. This means that future near-space flight tools will
They will gradually be replaced by fast and stable spaceships and airplanes, and they will disappear completely.
As for the fusion power plant, it is mainly because the community launched the "Global Western Development" strategy and began to build a large number of controllable nuclear fusion reactors in relatively poor areas such as Africa and the Middle East. At the same time, it vigorously introduced plants from the Blue Star that are rich in photosynthetic enzymes.
.
This can be regarded as the beginning of the era of mankind moving towards "making bread on trees".
However, there is nothing wrong with such energy demand or consumption, as well as humankind's future plans.
In other words, it was foreseeable.
What is truly unforeseeable are the changes in the energy landscape and demand brought about by breakthroughs in energy storage systems.
With the emergence of two-dimensional batteries and two-dimensional supercapacitors, it is visible to the naked eye that humankind's demand for energy will increase geometrically in the future!
For example, if we want to completely enter the "science fiction era" where we can teleport at any time and fly at any curvature, well... human beings' demand for energy will only need to increase by ten thousand or eight thousand times.
"You said, if we really want to satisfy netizens' desires, do we have to build a Dyson ball in the future?" After sighing, Director Niu asked with a smile.
"Haha, if someone gives us a Dyson sphere... that would be great, but if we want to build it... let's forget it. That thing is just an idea, and it really needs to be realized... Our generation definitely doesn't have the leisure to do it anyway.
"Ye Ming shook his head and walked towards the coffee table.
Just kidding, let alone the Dyson Sphere, even a Dyson Cloud orbiting the Earth would not be able to make ends meet according to humankind’s current conditions.
Putting down the water glass, Ye Ming looked at Director Niu: "What did the Blue Star people say?"
Director Niu and General Qin came to Ye Ming alone, obviously not to brag, but to discuss the Blue Star people.
The two looked at each other. Director Niu pondered for a few seconds and then said: "On the whole, they hope that we can send a fleet to assist instead of two reconnaissance ships."
Ye Ming was startled for a moment, then raised his eyebrows slightly: "Is there something wrong with that guy Uda? Did he really tell you that?"
"It's not Uda." General Qin said solemnly: "It's the war ceremonial officer Helko from the opposite side."
"Helko?"
Ye Ming thought for a while and remembered this character.
From Uda's few words, it seems that Halko is a staunch returnist...
General Qin continued: "That Herko said that their golden fleet has set off, and there are a total of twelve warships including the main flagship."
"Well...then what? How many battleships do they want us to send?" Ye Ming frowned: "Damn, my family is pretty rich."
General Qin smiled and shook his head, and said helplessly: "The request of Haikelisi is that he hopes that the more we can, the better, and we must have enough deterrence and combat effectiveness."
Ye Ming: "...How can you agree to this? We don't have twelve battleships now!"
——Due to time constraints, mankind has only three true warships so far.
Qin, Han and Tang, these three "grandfathers".
There are quite a lot of Song-class ships. The "Dallian" shipyard has built eight of them at one time, and they are about to roll off the production line - but two of them are to be delivered to the Kodo people, and only six can actually go to the front line.
.
In this way, there are only nine ships.
Moreover, the warships of the Qin, Han, and Tang dynasties could go into space, but they were not equipped with high-dimensional space membrane generators and could not fight across wormholes.
As for the space carrier "Xia", it is currently being refitted in full swing. It will become mankind's first "space carrier" carrying an artificial singularity - or you can call it a colonial mothership - by then,
It will advance to the visible galaxy and open up the resource planet rented by humans. There are a large amount of helium-3 resources on that planet.
Then some people may ask, why do humans have so few warships? Why don’t we give up dumplings when facing a war? In other words, why do we need to make dumplings to produce non-combat spaceships?
The main reason is that on the one hand, humans believe in the Nuwa defense system, on the other hand... as a pure space battleship, building it on the earth... is really a waste - whether it is the structure or energy system, space shipbuilding and ground shipbuilding
They are all different, and the cost is very different.
Let’s just put it this way: the spaceships being built now are essentially consumables and are purely unmanned.
Why?
Because when facing a powerful and unknown enemy, there is no reason for humans to board the ship in person - there are long-distance communications, ETA, and people are sent to "die". Isn't that mentally wrong?
Therefore, mankind will launch the space dock project to prepare for a protracted war in the future.
——Once the space dock is completed, it will be the real space dumpling!
This chapter is not over yet, please click on the next page to continue reading! And now...the dumpling time is almost here.
"So, we are also in a dilemma." General Qin spread his hands and looked helpless: "What about you? Have you made a promise to Uda?"
Ye Ming: "...I didn't give a clear promise."
General Qin pondered for a while, with a slight smile on his lips: "To be honest... as a soldier... I am indeed more inclined to see the real space battlefield with my own eyes."
Ye Ming: "..."
"We will definitely encounter different civilizations and different ideas in the future." General Qin was silent, looking at the bright cloud in the dark night sky - that is the shipyard that is being built overtime: "We cannot place our hopes on
All civilizations are civilized. So...being able to see more civilizations...well, fighting a war far away from home is always beneficial."
Ye Ming coughed violently.
"Haha, you wouldn't say I'm a war maniac, would you?" General Qin looked at him with a smile.
"No, no, no..." Ye Ming waved his hands quickly.
Not to mention General Qin, even he, a military illiteracy, knows that humans are in the field of space warfare... He is just a novice with no experience at all. Being able to participate in space combat is a God-given opportunity. It would be a pity to miss it.
But the problem is, we really can’t get a fleet now.
"We definitely can't form a fleet to go over now." Ye Ming sighed after a few seconds of silence: "Besides, before we know the true strength of the executor, even if we form one, we won't dare to send it over."
General Qin nodded slightly, then looked at him: "How long will it take before our detector encounters the executor?"
Ye Ming was stunned for a moment, thoughts racing in his mind, and he gave an uncertain time after a few seconds.
"Half a year?"
//Note: In the comment area, I posted a star map for everyone to take a look at.