Reborn Technology Scholar

Bangalore, the Indian Space Research Organization headquarters building is a landmark building in Bangalore and the largest space center in the subcontinent.

The entire Indian Space Research Organization employs a total of 20,000 employees engaged in research related to aerospace and space science. Since its creation in 1969, the Indian Space Research Organization has been the aerospace hegemon of the subcontinent, because in the entire subcontinent, only the Indian Space Research Organization is engaged in research.

Aerospace research.

From its establishment to the present, the Indian Space Research Organization has lasted for 60 years, which can be said to have a long history. In the past 60 years, the Indian Space Research Organization has also achieved some results.

The entire Indian Space Research Organization has 13 institutions and organizations, namely Vikram Sarabhai Space Center, Advanced Systems Center, Satish Dhawan Space Center, Isro Satellite Center, Space Applications Center, National Remote Sensing Center, Isro Inertia

Systems Unit, Education Communication Development Unit, Master Control Equipment, ISRO Telemetry, Tracking and Command Network, Optoelectronic Systems Laboratory and Indian Institute of Remote Sensing.

The Indian Space Research Organization has always had an ambitious space program. Unfortunately, because it was established relatively late and its technology is relatively weak, the Indian Space Research Organization has only launched launch vehicles to send some relatively small satellites into space.

sa and he are close brothers. Neither of them has a strong presence in the world's aerospace industry. sa seems to have taken stimulants and suddenly achieved rapid development, including manned spaceflight, Beidou global navigation system, lunar exploration project, space station project, and lunar exploration.

The projects have all achieved great success, and SA is increasingly recognized as a leader in the world's aerospace field.

The unwilling Indian Space Research Organization wanted to catch up, but found that it was powerless. As a result, the Russian Space Agency came to seek cooperation. One side lacked funds and the other side lacked technology. The two sides hit it off and cooperated to develop super-heavy launch vehicles. Later, the Indian Space Research Organization

To join manned spaceflight and manned lunar landing, a total of 90 billion US dollars was spent. Although it was not possible to obtain the super-heavy launch vehicle technology of the Russian Space Agency, and there was no "Buran" space shuttle technology, Indian space research

The organization cannot say that it has gained nothing. At least two of their astronauts carried the Buran space shuttle into space, becoming the first astronauts from the Indian Space Research Organization to enter space after the millennium, and there will be another astronaut from the Indian Space Research Organization next year.

The astronauts followed them to the moon, leaving the footprints of the Indian Space Research Organization on the lunar surface.

Moreover, the Indian Space Research Organization has also received some benefits, such as they have obtained a series of aerospace-specific computing software, which has greatly improved the Indian Space Research Organization's aerospace technology.

But this time, looking at the smooth and graceful appearance of SA's aerospace plane, as well as the anti-gravity technology full of black technology, the experts from the Indian Space Research Organization were as wilted as eggplants beaten by frost.

His energy and spirit were all defeated.

The huge gap makes people despair, and they even lose the confidence to catch up.

"We... can only place our hope on Big Brother..." G. Mada Van Nair murmured to himself in a low voice, looking at the experts with blank faces, a few of them lying on the table

Silently crying, G. Mada Van Nair shook his head helplessly.

With such morale, we might as well engage in aerospace research.

At the Russian Space Agency, the conference room watched the live broadcast throughout. Each expert watched attentively, and they were constantly drawing in their hands, including drawings, calculations, and various symbols.

When the aerospace plane breaks through the atmosphere and enters the predetermined orbit, everyone knows that China's aerospace plane test flight is already half successful. The next step is to see whether the aerospace plane can return safely. As for flying on the orbit, sa

It's not difficult at all.

Dmitri pressed the remote control in his hand, turned off the LCD screen, and then glanced at the experts present. There are 200 experts here, including old, middle-aged and young experts. There is no fault. Every one of them is Russian.

The elites of the space agency can say that if a missile falls and kills all the experts present, the Russian space agency's technology will be set back at least 60 years.

"Everyone, everyone has watched this live broadcast. Everyone knows the aerospace capabilities of our little brother." Dmitri said in a deep voice: "Anti-gravity technology, controllable nuclear fusion miniaturization, electric propulsion

, aerospace plane, an aerospace plane is the assembly of all their high-precision aerospace technologies."

"First of all, I want to ask, can we conquer the anti-gravity technology? As long as we conquer the anti-gravity technology and then use it on the Buran space shuttle, we believe that based on the Buran space shuttle, we can create our own space shuttle.

Space plane." Dmitri said.

"Dmitry, I think this anti-gravity technology is related to the proof of Hodge's conjecture. Now, the person who knows the most about the proof of Hodge's conjecture is Professor Qin, followed by Perelman, Professor Tao and others.

Among the few, can we do Perelman's work and ask him to return to Russia to help us solve the mystery?" A mathematician said solemnly: "Perelman serves as the director of the China Institute of Advanced Studies in Shuimu.

He has been the director of the Mathematics Center for ten years, and his ability in mathematics is undoubted, and we need his strength."

"I will discuss Perelman's matter with the relevant departments. What I want to say is that anti-gravity technology will subvert the entire human society, not just aerospace, but also aviation, transportation, etc. We must overcome anti-gravity

Technology must be conquered at all costs." Dmitri said in a deep voice.

"Everyone knows that Qian Jin, Sha Huang, and K Bao are all figure skaters that Professor Qin likes. It is said that there are tens of millions of people in China who want to get married. I wonder if Professor Qin is willing. If he is willing, all problems will be solved.

." Alexander said with a shrug.

"Alexander, this is not a place for you to joke. You must know that if possible, instead of just one doll, just give Professor Qin the combination of three sets of dolls, and that will be fine." Dmitri said angrily: "Next, I will

We will report to our superiors, set up a special anti-gravity technology research department, and coordinate and cooperate with multiple departments."

"Now let's talk about electric propulsion. The electric propulsion of the SA aerospace plane is so excellent. It makes spaceflight easier and saves costs greatly." Dmitri changed the topic to electric propulsion.

"In fact, we are already exploring electric propulsion on our satellites. We have very good technology, but you must know that if electric propulsion wants such high performance, in addition to electric propulsion technology, there is another important point, that

It is the miniaturization of controllable nuclear fusion. Without this premise, I think even if we develop electric propulsion and anti-gravity, it will only stay in the laboratory and cannot be applied to spacecraft." A middle-aged expert looked at it.

It stopped at the aspect of controllable nuclear fusion and directly stated the core of the problem.

"Everyone, we have great advantages in miniaturizing nuclear fission. We once thought about putting nuclear fission reactors on airplanes or tanks, so that airplanes and tanks have unlimited range. Now, can we also consider putting them on airplanes or tanks?

What about on the space shuttle? I think this is a good idea." Dmitri said with a slight frown.

In recent years, Russia has also been increasing its research on controllable nuclear fusion. After all, Russia is a northern country with very long winters and very low temperatures. It is precisely because of this that the cost of oil extraction in Russia is very high, and the cost of industrial production is very high.

It is also high, so Russia needs the inexhaustible new energy source of controllable nuclear fusion even more. If it masters the new energy source of controllable nuclear fusion, Russia will not have to freeze to death in winter.

But so far, the controllable nuclear fusion device can only achieve 15 minutes, which is not even as good as Germany's "Helix Stone 7-x" device. It is still an extremely long way from commercial use, and it is not known when a substantial breakthrough will be achieved.

On the other hand, Russia has done quite well in miniaturizing nuclear fission.

"No, it's not feasible!" the engine expert said with a frown. Nuclear fission and nuclear fusion are fundamentally different things, and nuclear fission is much more dangerous. One of the characteristics of spacecraft is that no matter it passes through the atmosphere when entering space

Violent fluctuations or high speed when returning through the atmosphere are very likely to cause damage to the nuclear fission reactor, and once the nuclear fission reactor is damaged, the consequences will be catastrophic.

"Well, it was just an idea of ​​mine, but I think we need to make a fuss about electric propulsion. SA has actually told us that electric propulsion is feasible and has great future. In the future aerospace field, electric propulsion will be the mainstream.

It is an advanced technology, and chemical propulsion will fall behind and be eliminated." Dmitri said: "As for controllable nuclear fusion, I will communicate with my superiors to speed up research and development."

"Everyone, all preparations for the manned lunar landing project have been completed, and the countdown to the launch mission has entered. This manned lunar landing, we can only succeed but not fail. I think everyone knows what the consequences will be if we fail."

Dmitry talked about a manned moon landing in 2030.

The Russian Space Agency's manned lunar landing is advancing steadily. For the manned lunar landing, the Russian Space Agency is bound to win. This is not only to comfort the martyrs, but also to demonstrate its own aerospace technology, so as to have a place in the future aerospace industry.

, Otherwise, we will not have any say in the world’s aerospace industry in the future.

At the same time, it also tells everyone that the Russian Space Agency has advanced aerospace technology and has a future, and the future is bright.

"According to our many supercomputer simulations, there are no problems. We believe that we will be able to achieve complete success. Moreover, we have built 4 of our 'Polar Bear' heavy-lift rockets, and 3 of our 'Buran' space shuttles. I have manned a manned landing on the moon."

Confidence." A middle-aged man said confidently.

He is none other than Andrei, chief engineer of the Russian Space Agency’s manned lunar landing project!