I Have a Little Black Hole

And that kind of spaceship, Lei Tiantang doesn't even have a concept yet! To develop such a spacecraft, there is simply too much pre-research to complete!

So Lei Tiantang urgently needs to know how far the solar system is in that nebula, so that he can adjust his research plan.

Of course there is no problem with processing the data! But boss, after all these detectors are scattered, I need to process a lot of data every day, and this data is also different from the data I collect on the Internet.

These data require me to obtain specific conclusions through a large number of operations, and since many of them are image data, the computing resources required for comparison operations are even greater!

In particular, I still need to process these data every day, so they will occupy my current computing resources, although my current computing resources are still very abundant.

However, the demand for computing resources for our future research projects will only increase, so in order to prepare for a rainy day, I need to add another supercomputer unit at the base to make my computing power even more powerful!

In this way, I can process the data faster, and it will not delay our later research work!

Kuafu didn't have any dissatisfaction with the work arranged by Lei Tiantang, but he would mention the conditions when he could. Anyway, for him, no amount of computing resources could keep up with the speed of his evolution.

Of course, the more computing resources he has, the stronger his ability will be. The pursuit of higher performance is the most basic pursuit of advanced artificial intelligence like Kuafu!

Okay! I will definitely add more supercomputer units for you, but we will have to wait for the chip lab to design and manufacture our company's own server chips.

After all, the design requirements of our company's own server chips from the very beginning are to be able to perform better intelligent computing!

After the development and manufacture of the chips over there are completed, I will update all the supercomputer units for you, so that even if you no longer add new units, your computing power can be greatly improved! Lei Tiantang happily agreed to Kuafu's request.

Thank you boss! I think so too, if the core chips of my body in the three base laboratories are replaced with smart chips designed by the company, my performance will be improved by 89.4% with the same number of units. !

If boss, if you add another base server unit to me, my overall performance will reach more than 270% of the current level, so that I can analyze those space telescopes and satellites and other detectors more quickly,

The detection data brought back from the universe! Kwafu said happily.

Well, let's start discussing the specific detector transformation plan now! Lei Tiantang said with a smile.

Okay boss! Let's talk about the power systems these probes use in the universe!

These detectors are ejected at high speed by the gravitational force of the small black hole you control.

Then they must have a large deceleration process before approaching the predetermined position they are going to reach, and this process has very high requirements on the power system on these probes!

According to our estimates, the speed of their ejection can even exceed 100,000 kilometers per hour! At such a high speed, it is not easy to reduce them to a suitable speed for entering the orbit, or even a relatively stationary state!

Therefore, we should equip these detectors with two sets of power systems. Traditional rockets are propelled forward by ejecting high-speed gas from the tail, so we should equip these detectors with a set of traditional rocket engines to carry out Recoil powertrain.

It is mainly such a power system. Its energy is very huge. It can bring a very large recoil force to these detectors in a short time in space, allowing them to quickly reduce their speed!

When the speed is reduced to a speed that can be put into orbit, it is like launching a rocket, and the power system can be discarded.

At this time, another power system is needed for more precise adjustment, so for the second power system on the probe, I think we can use a mature ion thruster!

The ion-electric propulsion engine is characterized by a very low acceleration, which may be only a few centimeters per second or even lower, and some people describe this kind of thrust as only blow a piece of paper.

But unlike chemical rockets, which have extremely short burn times, electric propulsion rockets can provide very long acceleration times, so the engine has a large specific impulse, which means that the same mass of working medium can provide greater total thrust and final speed.

On the other hand, for the attitude adjustment and orbit change of detectors such as satellites and space telescopes, a small thrust is often enough. It uses electrical energy to act on the working medium to stimulate a high-speed ion flow to propel backwards, and what it ejects is a beam of charged electricity. particles or ions.

The thrust it provides may be relatively weak, but crucially, the ion thruster requires far less fuel than a normal rocket.

So we can make all the probes carry more fuel on board, so those probes can work in space longer!

In particular, using the ion engine as the second power system can control the direction and position of various detectors more precisely.

This is very important for our probes to enter the universe for the first time, knowing that we now know almost nothing about the specific situation of the 'new home'.

Therefore, these detectors will use their own non-stop detection data, and need to constantly adjust their direction and orbit according to these data. If there is no set of dynamic systems that can work for a long time, then these detectors will not work much. Long-term! Kuafu started his official work.

You're right! These two power systems are very suitable for our needs, but I think, before the probe itself enters the predetermined orbit, even if those unnecessary external pendants are abandoned, their body And the quality of the outer protective layer is still great.

It may not be enough to adjust their orbital speed and direction only by an ion engine system. After all, even if the ion engine system is optimized by the two of us, its own thrust is very touching.

Therefore, these detectors still need another set of small chemical fuel engines. With their existence, the position adjustment of these detectors can be made easier! Lei Tiantang added with a smile.