Can you reach into the movie? I created technological immortality

Can you reach into the movie? I Created Technological Immortality Chapter 472

"I'm going to explore right away, let me model it for a moment."

Jarvis spoke calmly.

Then the cold electronic synthesized sound sounded in Jarvis's mind, but Jarvis did not play the electronic synthesized sound.

All this happened in silence.

This is the difference between artificial intelligence and ordinary intelligent programs.

【Modeling in progress...】

[Assessing the potential risks of Alien Planet No. 7...]

[Assessing the probability of intelligent civilization existing on Alien Planet No. 7...]

Jarvis analyzed the data collected by the satellite one by one. Build models from analysis to assess risk.

Because the data collected by satellites is not very comprehensive.

so……

Jarvis is also very fast at analyzing data.

About a few seconds later.

Jarvis calculated the statistics relative to a comprehensive assessment.

The evaluation results are as follows:

Assessment one:

The climate and environment of Alien No. 7 is more than 90% similar to that of its parent star, but the surface of the alien planet captured by the satellite does not show any traces of modification.

Initial conclusion.

There is no intelligent life on Alien Planet 7.

Assessment two:

There are a large number of rare resources on Alien Planet No. 7, which can meet the development needs of the hive. It is initially recommended to develop them.

Assessment three:

The risk on Alien Planet No. 7 is low, but the possibility of intelligent civilization exists is not ruled out, but the possibility of this situation is very low.

General advice:

Reasonable development can be carried out, but the associated risks must be assessed.

Read Jarvis's assessment recommendations.

Lu Xingye paused for a moment, and the thumbs of his hands appeared alternately, integrating them on the sides of his hands.

This is his habitual action when he is thinking.

As an advanced artificial intelligence, and having followed Lu Xingye for a long time, Jarvis had long known this habit, so he did not interrupt him.

Have been waiting quietly for the other party to think.

About five minutes later.

Lu Xingye frowned and finally thought of a safer plan.

"Jarvis"

"Do you think that when we are exploring alien planet No. 7, we can send an unmanned spacecraft directly there and use robots to explore first?"

Lu Xingye looked at the cloud and star map above and spoke calmly.

This was just his preliminary opinion, and he naturally saw that it would be too difficult to explore unmanned in the first place.

There is a layer of solar electron storm above the atmosphere of Alien No. 7.

Or.

It's an electromagnetic explosion.

If the unmanned spacecraft wants to enter Alien Planet No. 7, it must pass through a thick electromagnetic blast.

Here comes the problem.

While traveling through electromagnetic explosion.

It will have a huge impact on the communication of the unmanned spacecraft, and even directly cut off the communication.

in this way.

Lu Xingye would have no way to control the unmanned spacecraft from a distance.

This was originally nothing.

Because Lu Xingye can assign an artificial intelligence to explore. Although they cannot communicate remotely, having an artificial intelligence on the alien planet is enough for him to complete related tasks.

As long as Lu Xingye arranges the relevant tasks in advance, it will be fine.

Except this.

There is another very important question.

That's the question of how to return.

Same thing.

Landing on an alien planet requires passing through a thick electromagnetic explosion cloud, and leaving an alien planet also requires passing through a thick electromagnetic explosion cloud.

in this way.

The risk is too great.

According to Lu Xingye's speculation, if an unmanned spacecraft is sent to explore first, there will be at least a 60% chance of destruction.

To put it simply.

That means he is most likely doing useless work.

But!

Lu Xingye still needs to discuss with Jarvis in detail how to implement this plan before he can decide.

So...he had the question just now.

…

at this time.

After listening to Lu Xingye's words, Jarvis conducted an in-depth evaluation and conducted a lot of modeling work.

It took about five minutes to analyze.

Then he said calmly:

"commander."

"The question you asked just now is theoretically correct."

"But I just made statistics and found that the probability is unlikely. It's probably less than 30%."

"We may only have to launch a hundred unmanned detection spacecraft to have a 20-30 probability of success. And we haven't calculated the probability of return."

"If you add the probability of the spacecraft returning, our success rate may not be even 10%."

"If we want to be on the safe side, I suggest that we launch five hundred unmanned detection spacecraft. This way we can beat the odds and achieve a certain success rate."

Jarvis spoke calmly.

Lu Xingye thought for a while and felt that what Jarvis said still made sense.

It's just that reality is far from ideal.

In reality, it is simply impossible for them to send out so many unmanned spacecraft capable of interstellar navigation, so there is no way to solve this probability problem.

Lu Xingye made statistics,

There are only at most three hundred unmanned spacecraft capable of interstellar navigation on the spaceport on the Qingtian Plateau.

If only there were more.

Then you can't take it out.

In fact, based on probability alone, 300 unmanned spacecraft is a lot. Even if it is calculated from just ten percent.

Three hundred drones.

You can also return to thirty frames.

Enough to deal with some surprises.

But in reality, a small amount of data cannot achieve this probability.

Give a simple example.

A coin has two sides, the probability of heads and tails is 1/2.

but……