I Have a Little Black Hole

With his introduction, the visiting group finally had a preliminary intuitive understanding of the spaceship of the Infinite Gravity Group. If it weren't for the comparison between the old American retired space shuttle and the world's largest aircraft carrier, They really can't necessarily feel the huge and advanced spaceship so intuitively!

You must know that what they discussed most on the way here was what the spacecraft of the Infinite Gravity Group looked like. The most optimistic estimate of the accompanying experts is that the spacecraft of the Infinite Gravity Group is probably similar to what they see now. A space shuttle for comparison.

At most, the size is larger, and it can take off from the ground on its own. If it can do this, it is a successful spacecraft in their perception.

But the current result made them feel a little unacceptable. The spacecraft named [Chuxin] by the Infinite Gravity Group was so amazingly large!

Just imagine the scene of the largest aircraft carrier in the United States taking off directly. People who have seen the Avengers should be impressed by the aerospace aircraft carrier of Majafakman?

It can be said that if the [Chuxin] spacecraft can be successfully manufactured and taken off, the scene will be even more shocking than when the aerospace aircraft carrier takes off. How can a guy who can only fight in the atmosphere with another Compared to the free-roaming spaceships in the solar system!

However, the experts of the visiting group are also skeptical, because they feel that it is not a simple matter for the spacecraft to actually lift off. Can the Infinite Gravity Group really build this big guy?

Director He, I want to ask, where is your spacecraft now? It's not just the general design, right? An expert directly asked the doubts in his heart.

They have seen this kind of thing a lot. Many young companies or some eager laboratories will make some design drawings that look tall, although from all aspects, it seems that these design drawings of them seem to be nothing. The problem, as long as they can be created, the country's strength can be greatly improved.

But the crux of the problem is that the blueprint is a blueprint, and the most fundamental question is whether it can be made out of everything on the blueprint. Just making a blueprint doesn't make much difference to those who are bragging about it with others. difference.

Of course not! Our company is not one of those start-up companies that rely on PPT to deceive investment or expand their popularity. In fact, we are now seeing the design of the [Chuxin] spacecraft. It's already our final design!

All the laboratories of the related technology companies that we have designed and identified on this spacecraft have been developed, and now what we are doing is adjusting the details,

Prepare for the final integration, but the overall design changes will not be very large, at most, some more appropriate adjustments to some design details.

I believe that all experts understand this. A single technology may be very advanced, but it is not easy to make all these advanced technologies docilely combined and run smoothly and efficiently. , there is still a lot of work that needs to be done.

However, thanks to our company's artificial intelligence simulation design system, this work is not a time-consuming task for us, so we should be able to complete the final design of the [Chuxin] spacecraft within a month. Work.

And after this work is completed, we can prepare to start the construction work. Our company's new spacecraft manufacturing factory in South Island has begun to make all preparations for production, and can start production of test spacecraft at any time! He honestly and confidently responded.

After hearing this answer, several experts still believed it, because what they said was the truth. This time, they came to say bluntly that they were still thinking about the technology of the Infinite Gravity Group, not that the Infinite Gravity Group wanted to ask them to fund research or something, so It cannot be said that there is no possibility of counterfeiting, but this possibility is almost negligible.

After several experts looked at each other, another expert also raised his own question: I want to ask Director He, according to the size of the [Chuxin] spacecraft we have seen, its total weight should be the least. It can reach 30,000 tons, but when you introduced it to us just now, you said that it is only 13,280 tons when it is full of fuel. This gap is too big!

Of course, even so, the take-off weight of more than 13,000 tons is a field that we have never touched before. Can your company guarantee its safety during take-off?

Why don't you guys consider starting with a smaller spaceship first? That would be much better than a spacecraft of this size in terms of research and development difficulty and safety.

The leaders of the visiting group were also very concerned about this question, so they also stared at He Chengxin to see how he answered. The safety of this big guy is indeed very important. After all, there is so much fuel in it. The power generated by the explosion after falling down is no worse than that of ordinary tactical mushroom bombs!

He Chengxin smiled and nodded and said confidently: Professor Liu, these two problems of yours can actually be regarded as one problem, that is the material problem!

I believe that everyone should have a relatively intuitive understanding of our company's material research and development strength. After all, whether it is our cooperation with the military or our cooperation in civilian technology, this can be reflected. Fusion reactors, super hadrons The use of comprehensive technologies such as colliders can prove this!

And all the high-performance materials that need to be used on the [Chuxin] spacecraft are specially developed by the material company according to our needs, and have the same performance as the best-performing materials currently used by our company. It is a qualitative improvement, not to mention compared with the mainstream materials in the world.

Materials with better performance allow us to adopt a more reasonable design scheme and avoid increasing the weight of the main structure of the spacecraft due to the compromise of the structural strength of the spacecraft, so the overall weight of our spacecraft can be much lighter than it looks.

At the same time, because of this reason, the strength of the wings of our spacecraft and the performance of the engine can ensure its safety when it works, so I don't think it is necessary to worry about this aspect!

txt download address:

phone-reading: