I Have a Little Black Hole

That's for sure! After all, it is going to be put into the universe. If there is a problem, it will be finished. Boss, don't worry, I will carefully test their performance in various extreme environments!

Now let's talk about the retrofit design of these satellites and probes like space telescopes! ' said Kuafu confidently.

Okay, let me talk about my requirements first, you can see what's wrong, we'll discuss it later.

First of all, since we don't know what the environment in the universe over there is, we don't know what kind of unexpected situations our various detectors will encounter.

In order to deal with possible surprises, like I said, we would rather over-perform our detectors than have surprises caused by under-preparation!

And because our various satellites and probes are not launched with rockets, there is no weight limit, so of course we can make our probes get better performance by directly adding more components!

This is what I think, each detector needs to have at least 2 sets of various spare system components to ensure that in the event of a problem with the main system, our detectors can still work normally!

Of course, since the backup system is so reckless, the performance of the main system is of course better!

Since the performance of the nuclear battery is so good, the core components of the probe will not be affected by ultra-low temperature, so on the main system of each probe, we can install it according to the size of these satellites and space telescopes and other probes Numerous nuclear batteries!

The smallest relay satellite used to relay signals can be equipped with 2 nuclear batteries, and the largest X-ray space telescope can be equipped with 4 nuclear batteries!

Anyway, as long as we design the protection means, no amount of nuclear batteries will harm the core components of various detectors, but can provide them with more protection!

Before these probes reach the orbits of the detected planets in the intended new home star system, we must do their utmost to protect them!

Even if these detectors themselves have been designed with various protection measures such as radiation and dust protection, those means are all used in the orbits inside the star system!

However, from the body of the small black hole to the interior of the star system, there are many problems that the detector needs to face. The environment there is in a huge nebula!

Although the density of matter in the nebula is very low, under the action of gravity, these matter,

Many dust aggregates and small celestial bodies of different sizes have also been formed. The diameter of the small one may only be a few millimeters, but the larger one can even reach several kilometers or even a dozen kilometers!

Even the smallest dust aggregates with a diameter of only a few millimeters can bring a devastating blow to the detector under the high-speed impact of the detector!

In order to prevent this from happening, we need to arrange multiple layers of protective devices on the outer layer of these detectors, and the performance requirements of these protective devices are also very high!

We can design them to be disposable, and when a protective layer is completely destroyed, this layer can be thrown away directly!

Then the next layer of protection is put on top, so that our detector's detection work can continue smoothly before it reaches the 'new home' star system!

Otherwise, when the detection work is carried out in the middle, if any small celestial body collides with it, the detector will be scrapped. Then how many detectors do we need to launch so that some of the lucky ones can reach the interior of the 'new home' star system. Safe area?

Especially those relay satellites, they have to stay in the cosmic space between the body of the small black hole and the star system for a long time, and they will encounter more unexpected situations!

So the better the protective devices are, the longer they can be used safely. I think we can install ten layers and eight layers of protective devices on them!

It doesn't matter even if the whole probe looks like a big monster, no one in that universe will criticize our aesthetic problems anyway! Lei Tiantang said with a smile.

Haha! Boss, you are right! There is another advantage to this design. If we also cover these protective layers with various sensors, they will also allow us to collect the actual situation of these protective layers when we encounter problems in the universe. Effect!

In this way, we can design better-quality protective layers based on these data, and test the performance of the materials that make the protective layers, so as to accumulate a lot of practical data for our future spacecraft to enter the real universe!

So I support your design requirements, boss, and we can even accumulate more data on the conditions used in the universe for these detectors themselves, and accumulate experience for us to launch various detectors from the earth to the galaxies in the solar system room in the future. ! Kuafu agrees with Lei Tiantang's idea.

Well, for the first time, neither of us have much experience, so we can only adopt this kind of sturdy design! When we collect enough data in the later stage, we can re-optimize and design a better design based on these data. Detectors and guards out!

After I get these data back, I will hand them over to you for analysis. I can't see so much data. I estimate that I have to replace the storage unit on the data receiving device on the outer orbit of the small black hole every day!

The scale of that data is estimated to reach 20T or even more, so much data can only be handled by you, and we can't hand over this data to the company's researchers for processing!

You know, not to mention other detectors, they are the various space telescopes that Lei Tiantang values ​​most, and the things they are responsible for are very important, because Lei Tiantang wants to use them to observe the huge and incomparably large black hole where the small black hole is located. nebula.

I want to confirm its specific location in the universe through space telescopes, and see if I can find the starry sky familiar to human civilization through the cosmic starry sky they observe!

That way, you can confirm how far it is from the solar system by comparing it with the starry sky data observed by space telescopes on Earth!

This is what Lei Tiantang is most concerned about! ! !

If the nebula where the small black hole is located is not particularly far from the solar system, then his work on the spacecraft can be easier. After all, the farther the spacecraft flies, the higher the requirements for the performance of the spacecraft!

If the nebula is more than hundreds, thousands, or even millions of light-years away from the solar system, then the spacecraft needs to be able to fly faster than the speed of light, or even make space jumps!